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I tested the Antigravity 360 drone – and only a sky-high price tag brings this unique DJI rival down to earth
5:00 pm | December 4, 2025
Author: admin | Category: Cameras Computers Drones Gadgets | Tags: | Comments: Off

Antigravity A1: one-minute review

The idea of a 360-degree drone may sound like an impossibility, but the Antigravity A1 is exactly that. What’s more, it manages to implement this concept in a sub-250g drone that includes collision avoidance, and which is controlled via 360-degree FPV goggles and a motion controller. You’ll have to read on to discover whether it’s one of the best drones you can buy, but it’s undoubtedly one of the most interesting.

The idea of a 360-degree drone isn’t a new one, and the fact that Antigravity is an offshoot of Insta360 may shed a little light on its pedigree in this department. But this isn’t Insta360’s first experiment in this arena; first, there was an Insta360 / BetaFPV 360-degree collaboration with the SMO 360 camera for some FPV drones. Then there was the Insta360 Sphere, which was a 360-degree camera that attached to the DJI Air 2 and Air 2S.

Both were great ideas, but – no pun intended – they simply didn’t take off as hoped. The Insta360 Sphere was an interesting idea because it attached to a standard camera drone, but operation was fiddly, and it was tied to a drone model that would inevitably become obsolete.

The Antigravity A1 addresses this issue, as the 360-degree camera is built into the drone. You wear FPV goggles with head tracking that give you a 360-degree view during flight, while control is mostly via a motion controller with head tracking of the goggles. One thing I must stress at this point is that the A1 is not an FPV drone. It’s a 360-degree camera drone that uses goggles and a motion controller, rather than a standard controller and phone.

Antigravity A1 unfolded

(Image credit: James Abbott)

Antigravity A1: price and release date

  • Launched on December 4 2025
  • Expensive compared to standard camera drones
  • Three kits available

The Antigravity A1 was launched on December 4, 2025. The drone is more expensive than other sub-250g drones due to the high-quality goggles and motion controller that come with the three available kits. These certainly provide an immersive experience, but it would have been massively more affordable if the drone used a standard stick-based controller with a phone attached, or even a smart controller.

There are three kits available: the Standard Bundle, the Explorer Bundle and the Infinity Bundle. In a nutshell, the Standard Bundle includes the drone, motion controller, FPV goggles and one battery. The Explorer Bundle is all that, but it comes with three batteries, a battery charging hub, a shoulder bag, and spare propellers. The Infinity Bundle is the same as the Explorer, but it includes higher-capacity batteries for longer flight times.

The Standard Bundle costs $1,599 / £1,299 / AU$2,099, the Explorer Bundle costs $1,899 / £1,399 / AU$2,599 and the Infinity Bundle costs $1,999 / £1,499 / AU$2,799. To cut to the chase, you'll want to avoid the Standard Kit because one battery isn’t enough, as it doesn’t provide a long flight duration. The best-value package is the Explorer Bundle, while you can enjoy more flight time by paying a bit more for the Infinity Bundle, if you’re happy for the weight of the drone to exceed 250g.

  • Price score: 3/5

Antigravity A1: specs

Antigravity A1 specs

Camera:

Dual 1/1.28-inch sensors

Video resolution:

8K

Frame rates:

8K up to 30fps / 5.2K up to 60fps / 4K & 1080p up to 30fps / 4K & 1080p slow motion at 100fps

Video transmission range:

Up to 6.2 miles / 10km (Tested in FCC environments)

Flight modes:

Cinematic, Normal, Sport

Battery:

2360mAh, up to 24 minutes flight time / 4345mAh, up to 39 minutes flight time

Charger type:

USB-C / Battery Charging Hub

Weight:

8.78oz / 249g
(10.26oz / 291g with the high-capacity flight battery)

Dimensions:

Folded: 5.56 x 3.79 x 3.20 inches / 141.3 x 96.2 x 81.4mm

Unfolded (propellers extended): 12.15 x 15.05 x 3.51 inches / 308.6 x 382.3 x 89.2mm

Antigravity A1: Design

  • Standard folding mini drone design
  • Vision googles for a 360-degree camera view
  • Motion controller

The A1 sports a standard folding design that makes it look a lot like most sub-250g drones, but it also has an undeniably unique look. The two cameras that provide the 360-degree view to effectively make the drone invisible are on the top and bottom of the front section of the drone. This is dampened and has two forward-facing binocular vision sensors that look like cameras.

There's also a downward binocular vision system, alongside a 3D infrared sensor at the bottom of the drone. Without going into exact dimensions, the A1 is the same sort of size as all other sub-250g drones, but where it differs most notably is the retractable landing gear: two legs extend when the drone is switched on and when it’s landing, while they retract when it has taken off.

This functionality keeps the lower camera off the ground, helping to maintain the invisible drone aspect of the camera stitching for clean footage. Furthermore, when you use the Antigravity landing mat, it provides a precise Return to Home point if you choose to use this functionality to bring the drone back to you at the end of flights. It works surprisingly well, too, so no complaints here.

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Antigravity A1 folded

(Image credit: James Abbott)
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Antigravity A1 drone case with the A1 inside

(Image credit: James Abbott)
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Antigravity A1 battery charging hub

(Image credit: James Abbott)
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Antigravity A1 carry bag

(Image credit: James Abbott)

The overall design of the A1 makes it a camera drone, but rather than using a standard controller, the A1 uses a motion controller paired with FPV goggles. The motion controller is easy to use and intuitive, and when you first connect everything, you’re taken through a short and useful tutorial that familiarizes you with the controls.

The Vision Goggles provide the camera view on dual 1.03-inch Micro-OLED screens with a 2560 x 2560px resolution. Yes, that’s square, and quite different to the usual FPV goggle widescreen view, but it works well with a 360-degree drone. I was surprised because I’m much more familiar with FPV goggles offering a 16:9 ratio image, but I found this square view worked well for the A1. The battery for the goggles can be attached to an included and comfortable lanyard that you can conveniently wear around your neck – a well-thought-out and simple solution.

There are also diopters with a range of -5.0 D to +2.0 D, which is great if you wear glasses and need to correct the view to your prescription. Plus, there’s 30GB of internal storage and a microSD card slot for capturing goggle footage. The goggles are comfortable to wear and provide a clear image for flight, while the head tracking functionality provides intuitive control alongside the motion controller.

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Antigravity A1 goggles

(Image credit: James Abbott)
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Antigravity A1 goggle battery and lanyard

(Image credit: James Abbott)
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Antigravity A1 motion controller side view

(Image credit: James Abbott)
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Antigravity A1 motion controller main controls

(Image credit: James Abbott)

There’s also a screen on the front-left of the googles, so people can see the forward-facing camera view while you fly. The downside to a goggles-based approach is that you need a spotter to maintain visual line of sight of the drone while you fly. This makes it much less convenient than a standard camera drone, despite the A1’s immersive and fun flying experience.

The A1 features two battery options, with the 2360mAh option offering up to 24 minutes of flight time, and the 4345mAh option providing up to 39 minutes of flight time. The higher capacity takes the overall weight of the A1 over 250g, so bear this in mind if you plan to opt for the kit with these batteries.

I used standard batteries during testing, and these typically provided around 16 minutes of flight time before Return to Home was automatically initiated. One feature of the batteries that stands out is that you only have to touch the rear end of the batteries and the lights showing the charge level light up – this is rather than pressing a button, as on other drone batteries, and is a subtle yet neat feature.

  • Design score: 5/5

Antigravity A1: Features and performance

  • Intelligent flight modes
  • Solid flight performance
  • Subject tracking

The A1 flies incredibly well, while the FPV goggles and motion controller approach suit the system. But – and it’s a big but – this does add cost, and requires pilots to have an observer with them to remain safe and legal during flights. Both, you could argue, are a hassle. If Antigravity had taken a standard controller-and-phone approach it would have kept the price down and removed the need for an observer, without sacrificing much, if anything, in terms of flight performance.

You would lose the immersive flight experience, of course, and the two flight modes, FreeMotion Mode and FPV Mode, are enjoyable. The former requires you to point the controller target in the desired direction of flight, while head tracking on the goggles allows you to turn. You can also use a dial on the motion controller to do this. One point I must make is that you should read about how FPV Mode works before flying it, because it’s completely different to FreeMotion Mode, and the drone feels like it’s out of control if you try to use FreeMotion-style control.

FPV Mode isn’t true FPV, but it does allow for more sweeping and flowing drone movements where you simply tilt the motion controller left and right to turn. This was my favorite mode for flight, although I preferred FreeMotion when I needed more precision, such as when flying back to the take-off point to land.

Standard flight modes include Cinematic, Normal and Sport, although even Sport is quite pedestrian in terms of speed and agility. The A1 certainly lacks the excitement of the DJI Avata and Avata 2, but again this isn’t an FPV, drone despite the goggles and controller. This means that flight is fun, but not exciting. With a fly-first, frame-later approach, where you reframe photos and videos in software, you can increase speed here and make the drone appear to dive, flip and roll like an FPV drone to some degree.

I’ve reviewed many drones, and I’m not normally impressed with Quickshots-style automated flight patterns, but the A1’s equivalent, which are called Sky Genie, did impress me. Then there’s Sky Path, which is waypoints, where you can pre-program a flight path and someone else, a non-pilot, can wear the goggles and look around as the drone follows its course. With the goggles, you get a full 360-degree view as you turn around, look up and look down.

Sky Genie modes include Orbit, Spiral Ascend, Comet, Antigravity Line, Fly Away and Ascend. These allow you to achieve flight that’s not possible with the motion controller, which makes them invaluable, particularly in situations when you want to fly around a subject for visually interesting video reframing later.

There’s also a subject-tracking mode that works well once a moving subject is selected. The drone dutifully follows, and like with Sky Genie, the drone does all the work for you, focusing on the subject so you can reframe your video later. This uses Insta360's impressive Deep Track technology. And if you’re looking for a bit of fun, Virtual Cockpit in FPV mode provides an overlay that aims to inject augmented reality fun into flights. At the time of writing, you can fly with a dragon, and more skins will be added in the future. It’s a bit of a gimmick and not for me, but other people may enjoy it.

  • Performance score: 4/5

Antigravity A1: Image and video quality

  • Image quality on a par with 360-degree cameras
  • Fly-first, frame-later approach
  • Invisible drone technology

Antigravity A1 cameras close up

(Image credit: James Abbott)

If you’ve ever used an Insta360 camera, such as the X5, you’ll find the Antigravity A1 as easy and intuitive to use, since Antigravity is an offshoot of Insta360. What’s more, Antigravity Studio is a reskinned version of Insta360 Studio, so if you’re already familiar with it, you’ll be right at home. There is a learning curve if you’ve never used it, and it takes time to get to grips with the software, but it’s far from rocket science.

The software allows you to reframe the A1’s aerial photos and videos in the same way you can with a standard 360-degree camera. The only difference is that the drone is being flown rather than the camera being held, attached to a selfie stick or something else. This ultimately combines the advantages of 360-degree cameras with the aerial capabilities of a drone.

The dual cameras both feature a 1/1.28-inch sensor and an f/2.2 aperture. These create a 360-degree view where the drone is invisible, so you don’t have to edit it out – just like invisible selfie sticks with standard 360-degree cameras. Photos can be captured in INSP and DNG

formats at a resolution of 14MP (5248 x 2624) and 55MP (10486 x 5248). Shooting modes include Normal, HDR, Burst, AEB and Interval. You can reframe photos in various formats and even create animated photos.

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Photo taken with the Antigravity A1 360-degree drone

(Image credit: James Abbott)
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Photo taken with the Antigravity A1 360-degree drone

(Image credit: James Abbott)
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Photo taken with the Antigravity A1 360-degree drone

(Image credit: James Abbott)
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Photo taken with the Antigravity A1 360-degree drone

(Image credit: James Abbott)
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Photo taken with the Antigravity A1 360-degree drone

(Image credit: James Abbott)
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Photo taken with the Antigravity A1 360-degree drone

(Image credit: James Abbott)
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Photo taken with the Antigravity A1 360-degree drone

(Image credit: James Abbott)
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Photo taken with the Antigravity A1 360-degree drone

(Image credit: James Abbott)
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Photo taken with the Antigravity A1 360-degree drone

(Image credit: James Abbott)

Video can be captured in 8K up to 30fps, 5.2K up to 60fps, 4K & 1080p up to 30fps and 4K & 1080p slow motion at 100fps. The maximum bitrate is 170Mbps and can be encoded in H.264 or H.265. Photo and video editing can take place in the Antigravity phone app or the Antigravity Studio Desktop app. The former has more templates for creating reframed videos, which is a shame because it would be great to see these available on the desktop app, where working with 8K footage makes more sense.

Reframed video

Image quality is great for a 360-degree camera – it’s what you’d expect, and capturing photos and videos in the highest resolutions possible allows you to maximize image quality. I shot in Auto mode when capturing both photos and videos, and found that the A1 did a great job in all light conditions; the exposure was balanced. The downside to this, compared to shooting in manual, of course, is that shutter speed can change during video capture.

Animated photo

Image quality isn’t, however, on par with standard camera drones – in the same way standard 360-degree cameras aren’t as good as standard action cameras. This has always been the case, and the trade-off for being able to capture an all-encompassing field of view at up to 8K. 8K, while it produces huge file sizes, isn’t as high-resolution as it sounds when you realize it’s the entire 360-degree view, as opposed to a 16:9 view at 4K or above with standard camera drones.

  • Image and video quality score: 4/5

Antigravity A1: testing scorecard

DJI Mini 5 Pro

Attributes

Notes

Rating

Price

The A1 is expensive as a result of the goggle-based approach.

3/5

Design

While the overall design is fairly standard, there are some innovative and unique aspects to the drone.

5/5

Performance

Excellent all-round performance, but flight feels quite pedestrian in terms of speed and agility.

4/5

Image and video quality

Great image quality in 360-degree terms, but not as good as a standard camera drone.

4/5

Should I buy the Antigravity A1?

Buy it if...

You'd like a 360-degree drone
It goes without saying that if you would like 360-degree photo and video capture in a drone, the A1 is the only option available.

You’d like an immersive flight experience
If you’d like an immersive flight experience without the speed and risk of FPV drones, the A1 blends camera drone flight with FPV goggles and the motion controller.

You appreciate innovation
The A1 is undoubtedly an innovative drone with some impressive features that could pave the way for future drone innovation.

Don't buy it if...

You’re on a budget
The A1 isn’t cheap, coming in at double the price, or more, of other sub-250g drones, so it’s far from being a budget option.

You'd like the best image quality
If you want the best image quality available in a sub-250g camera drone, the DJI Mini 5 Pro is a more suitable option.

You'd prefer simplicity
Since the A1 relies on FPV goggles for the camera view and some control of the drone, you’re going to need to have a spotter with you every time you fly.

Antigravity A1: also consider

DJI Mini 5 Pro

If you’d like a standard camera drone but the best sub-250g model ever made, then look no further than the DJI Mini 5 Pro. This compact drone somehow manages to pack in a rotating camera with a 1-inch sensor and some seriously impressive performance. This is a drone that beginners and professionals alike will love, thanks to its fantastic image quality, safety features and compact size.

See our DJI Mini 5 Pro reviewView Deal

DJI Neo 2

The DJI Neo 2 offers a huge upgrade on the original model released in 2024. It’s arguably not the best selfie drone, with the HoverAir X1 Pro and ProMax offering some serious competition in this area, but the Neo 2 is an impressive performer when it comes to subject tracking. What’s more, it offers obstacle avoidance and multiple controller options, including FPV.

See our DJI Neo 2 reviewView Deal

Antigravity A1 in flight

(Image credit: James Abbott)

How I tested the Antigravity A1

  • All flight modes tested
  • Photos and videos captured
  • Automated features tested

I tested the Antigravity A1 for a couple of months to experience all the features and functionality available, including FreeMotion and FPV mode. I captured photos and videos in the highest quality possible, and captured them in a range of conditions to assess overall camera performance.

I tested all Sky Genie Modes (Orbit, Spiral Ascend, Comet, Antigravity Line, Fly Away, and Ascend), alongside subject tracking and SkyPath functionality. I tested the motion controller and googles for usability, and tested the fly-first, frame-later reframing workflow extensively.

I flew the DJI Neo 2 for a week, and this affordable selfie drone feels like a big upgrade over its predecessor
3:00 pm | November 13, 2025
Author: admin | Category: Cameras Computers Drones Gadgets | Tags: , | Comments: Off

DJI Neo 2: one-minute review

The DJI Neo was a cheap beginner drone that represented a push in a new direction for the brand: it was designed primarily for shooting very short clips and photos for social media, and its size and simplicity (it could be flown without a controller) made it a carry-anywhere device.

A year on, the DJI Neo 2 is here, and I'm happy to report that it retains the core appeal of the original model – affordable, simple and small – while also packing some meaningful improvements.

DJI Neo 2

(Image credit: Future | Sam Kieldsen)

For me, the headline upgrade is the addition of an omnidirectional obstacle avoidance system. One of the Neo's weaknesses was a tendency to crash, particularly when you were using one of its automated flight modes, but the new setup, with combined vision and LiDAR sensors, makes collisions a lot less likely.

The camera has also been improved, with better image stabilization thanks to a new two-axis gimbal, higher frame-rate options for 4K video, and slightly improved sensitivity. And there's now almost 50GB of onboard storage, up from 22GB on the original model.

For automated flight modes I liked the new onboard screen, which is much more informative and useful than the icon-based indicators on the Neo.

Aside from these tweaks, things are much the same as on the Neo, for better or worse. Flight time is still a little on the short side, so investing in multiple batteries is recommended, while on the control front, the option to supplement autonomous flight with manual control from a smartphone running the DJI Fly app or a full-blooded twin-stick controller makes the Neo 2 far more than a simple selfie drone.

DJI Neo 2: release date and price

  • Released November 13 2025
  • Base kit costs £209 / AU$409, Fly More Bundle costs £349 / AU$709
  • Not officially available in US

DJI announced the Neo 2 on November 13 2025, a little over a year after the launch of the original Neo. It's available to order immediately in most of the world, in the following options:

DJI Neo 2 (drone only) from £209 / AU$409; DJI Neo 2 Fly More Combo, which includes the drone plus three batteries and a charging hub, from £289 / AU$549; DJI Neo 2 Fly More Combo, which includes the above plus an RC-N3 controller, from £349 / AU$709; and DJI Neo 2 Motion Fly More Combo, which includes the batteries and hub plus a motion controller and FPV headset.

When the original Neo arrived last year, it was priced from £169 / AU$299, so the Neo 2 is a slightly pricier prospect. However, given its extra features and functionality, I think the extra cost is justified, and it's still one of the cheapest non-toy drones on the market.

As with all recent DJI products, the Neo 2 is not coming to the US market. DJI has released the following statement: "The DJI Neo 2 will not be officially available in the US market through official websites following the global launch on November 13. DJI remains committed to the U.S. market and is optimizing our strategy to best serve our customers amidst evolving local conditions."

DJI Neo 2

(Image credit: Future | Sam Kieldsen)

DJI Neo 2: specs

DJI Neo 2 specs

Camera:

12MP 1/2-inch CMOS sensor

Video resolution:

4K

Frame rates:

4K up to 60fps (100fps when using remote control)

Video transmission range:

04 for 10km (FCC), 6km (CE/SRRC/MIC)

Flight modes:

Manual Control, Follow, Skiing Follow, Cycling Follow, SelfieShot, Dronie, Helix, Rocket, Circle, Boomerang, Dolly Zoom, Spotlight

Storage:

49GB on-board

Battery:

1606mAh / up to 19 minutes flight time.

Charger type:

USB-C / Battery charging hub

Weight:

5.6oz / 160g (inc. transceiver)

Dimensions:

167 x 171 x 54mm (inc. transceiver)

DJI Neo 2: design and handling

  • Non-folding design with enclosed propellers
  • 160g weight with Digital Transceiver fitted (151g without)
  • 49GB of built-in storage

The overall look of the Neo 2 is similar to last year's original – this is a small, non-folding 'whoop'-style quadcopter with integrated propeller guards and a nose-mounted camera. But on closer inspection there are some key differences.

One major departure is an extra pod on the back, complete with rabbit-ear antennas. This is a Digital Transceiver, which comes pre-installed on certain versions of the drone and allows it to connect to DJI accessories like controllers and headsets. Without it, the Neo 2 can only be flown with a smartphone or completely controller-free.

For me, the most welcome change is the inclusion of a small display on the front, which indicates which flight mode the drone is in. It's a big improvement on the Neo's light-up icons, which I always found confusing. This display, along with the three buttons arranged along one side of the drone, makes controller-free flight much simpler this time around, and meant I didn't feel the need to pull out my phone and connect to the DJI Fly app so often.

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DJI Neo 2

The Neo 2's tiny screen is a major upgrade over the original's icon indicators (Image credit: Future | Sam Kieldsen)
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DJI Neo 2

These buttons are used to choose the flight mode and begin an automated flight. (Image credit: Future | Sam Kieldsen)
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DJI Neo 2

The transceiver allows you to fly the Neo 2 with a controller. (Image credit: Future | Sam Kieldsen)
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DJI Neo 2

(Image credit: Future | Sam Kieldsen)
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DJI Neo 2

The battery charging hub makes topping up multiple batteries a much easier process. (Image credit: Future | Sam Kieldsen)

These changes haven't greatly affected the shape or weight of the drone compared to the original, and at around 160g with the transceiver or 151g without, it falls well under the key 250g threshold. In the EU, it's a Class 0 model, and with these classifications coming to the UK soon it means the Neo 2 can be flown in most locations, closer than 50m to uninvolved people and over people (but not over crowds).

The build quality is what you'd expect from a DJI drone: despite the lightweight plastic, it feels solid and well built. An included plastic cover fits on to protect the camera when it's not in use, and extra prop guards come pre-installed to protect both the propellers and the fingers of users from harm. These can be removed, should you need to replace the propellers.

I had no fears about tossing the Neo 2 into my backpack when travelling, although I was a little surprised that the Fly More Combo DJI sent me to review didn't come with some kind of carrying bag or case.

The Neo 2's batteries pop in and out easily, and can be charged either inside the drone or using the optional three-battery hub. The drone has its own USB-C port for both charging and data transfer, and like the original model there's no microSD card slot for storage expansion. The built-in storage has been upgraded though, from the Neo's 22GB to 49GB. That's enough for about 105 minutes of 4K 60fps footage or 175 minutes of 4K 30fps footage.

DJI Neo 2: features and performance

  • Range of built-in flight modes and QuickShots
  • Also compatible with DJI controllers
  • 49GB of built-in storage space

The Neo 2 is first and foremost a selfie drone, designed for capturing quick shots of you and yours for your holiday album or social media. To that end, it comes with a range of built-in automated flight modes, plus QuickShots, which is designed to record a video or take a photo while flying in a preset and predictable manner. To see some of these in action, check out the video embedded in the next section of this review.

The Neo 2 also features pretty impressive tracking capabilities, allowing it to follow the user using just its camera, filming as it does so. It can do this while you're on foot, on a bike or even skiing, and having tested the first two methods I can say it's very adept at doing this.

You can set it to follow you at various angles and distances, and I found it easiest to set these using the DJI Fly app, connected to the Neo 2 via Wi-Fi. The drone's own screen and buttons can be used for this too, but it's just simpler and more reliable to do it using your phone in my experience.

DJI Neo 2

The Fly More Combo comes with a DJI RC-N3 controller, which allows you to fly the Neo 2 like a 'standard' DJI camera drone (Image credit: Future | Sam Kieldsen)

I also flew the Neo 2 using touchscreen controls and the DJI Fly app on a smartphone, and the RC-N3 controller. The app flight controls are quite rudimentary, but the drone responded well to them, and I think they're fine for getting it into a particular position for a photo or video.

With the controller, the flight experience becomes much more like a traditional DJI camera drone, and the drone flies nimbly and responsively here – albeit with less wind resistance and speed than a fully-fledged Mini, Air or Mavic drone.

As with the Neo, the Neo 2 is also suitable for FPV flying, if you have a set of compatible DJI Goggles and RC Motion Controller. I wasn't able to test this out personally, unfortunately.

DJI Neo 2

The Neo 2 can stay airborne for around 18 minutes in ideal conditions, but in real-world use, this tends to be closer to 10 minutes (Image credit: Future | Sam Kieldsen)

Perhaps the biggest flight upgrade on the Neo 2 is the addition of omnidirectional object sensing, which prevents the drone from crashing into trees, fences and the like during its automated flights. It even uses LiDAR for the forward-facing sensor.

Given that the original had essentially no object avoidance at all, it's a game-changer, and in my tests it worked well. For example, rather than flying into tree branches behind it, I noticed it dropped in altitude to get underneath them – impressive stuff from such a small, affordable drone.

Battery life is about the same as the original Neo: 18 or so minutes in ideal conditions. In real-world use, I found it to be closer to 10 minutes, so if you're planning on flying for extended periods then the Fly More Combo, with its extra batteries and charging cradle, feels like a sensible option.

DJI Neo 2: image and video quality

  • 1/2-inch image sensor
  • 4K video capture up to 100fps
  • 12MP JPEG photography

DJI Neo 2

The camera is mounted on a two-axis gimbal and includes electronic image stabilization. (Image credit: Future | Sam Kieldsen)

The Neo 2 offers a modest image quality upgrade, but uses what appears to be the same 12MP 1/2-inch sensor as its predecessor. The camera is now mounted on a new two-axis gimbal which, partnered with the RockSteady electronic image stabilization brought over from the original Neo, manages to keep the horizon level while shooting.

In higher winds, there's a little less stability to the camera than I'd expect from a full-blooded DJI camera drone – but then this isn't one of those, and it performs excellently for a drone in this price bracket.

The camera provides a 119.8-degree field of view, with a full-frame equivalent focal length of 16.5mm, which is wide without adding too much corner distortion. The aperture is fixed at f/2.2, making the camera slightly faster than the Neo's f/2.8 lens. ISO range has been improved too, and now runs from 100 to 12800 in most shooting modes.

The Neo 2 isn't a "serious" camera drone in the same way as many of its DJI stablemates, but can still manage 4K capture at up to 60fps (or 100fps when using a controller). I think the footage and 12MP photos look more than acceptable straight from the camera, but if you're expecting pro-level quality you're going to be disappointed. There are no options to shoot in anything other than the Standard color profile for video, and no RAW option for photos. There's no way to fit ND filters on the camera either.

If you can live with these limitations and take the Neo 2 for what it is, you should be more than happy with its camera performance. I know I was – for such a small and simple drone, it delivers results that are ideal for social media sharing.

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DJI Neo 2 photograph

(Image credit: Future | Sam Kieldsen)
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DJI Neo 2 photograph

(Image credit: Future | Sam Kieldsen)
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DJI Neo 2 photograph

(Image credit: Future | Sam Kieldsen)
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DJI Neo 2 photograph

(Image credit: Future | Sam Kieldsen)

DJI Neo 2: testing scorecard

DJI Neo 2

Attributes

Notes

Rating

Price

Not quite as cheap as its predecessor, but still superb value

5/5

Design

Small, lightweight and well constructed

4/5

Performance

Lots of control options, now with obstacle avoidance

5/5

Image and video quality

Simple stuff, but gets the job done

4/5

Should I buy the DJI Neo 2?

DJI Neo 2

(Image credit: Future | Sam Kieldsen)

Buy it if...

You want a simple, small drone
With the option to fly controller-free, the Neo 2 keeps things beautifully simple – and its obstacle avoidance makes crashing much less likely than was the case with the original Neo.

You’re on a limited budget
The Neo 2 is affordable compared with some of DJI's more advanced drones, especially if you buy the base kit. It's a great way to get into drone flying.

You already own DJI FPV accessories
If you already own a DJI FPV controller (Motion 3 or FPV 3) and DJI Goggles N3 or 3, the Neo 2 gives you a lightweight, restriction-free alternative to the Avata.

Don't buy it if...

You want advanced photo and video capabilities
The Neo 2 is designed with capturing quick shots and clips in mind. Despite its 4K resolution it's not a 'serious' camera drone – you'll need to move further up DJI's range for those.

You want a 'real' FPV drone
While FPV flight is possible by adding a headset and controller, the prohibitive combined cost means you're better off buying a DJI Avata 2 instead. It's better suited to the job too.View Deal

DJI Neo 2: also consider

DJI Mini 5 Pro

If you're more interested in image quality than simplicity and affordability, but still want something small, I don't think there's a better 250g-ish drone than the DJI Mini 5 Pro. Its 1-inch sensor delivers incredible videos and photos, and it's a brilliantly easy drone to fly thanks to a raft of safety features.

Read our in-depth DJI Mini 5 Pro review

HoverAir X1

The HoverAir X1 Pro is perhaps a better overall selfie drone than the DJI Neo 2, thanks to its incredible tracking capabilities and clever folding (and highly pocketable) design. However, it's a lot pricier, and in my opinion that makes it a bit less appealing than the cheap and cheerful Neo 2.

Read our in-depth HoverAir X1 Pro review

How I tested the DJI Neo 2

  • All main features and functions tested
  • Flown with the DJI RC-N3 Controller, direct app control and without app
  • Flown outside in dry but breezy conditions

I tested the DJI Neo 2 outdoors during the autumn of 2025 in the UK, in dry but fairly blustery weather conditions. The aim was to test all the functions, features and flight modes of the drone in real-world situations, in order to properly assess its capabilities and limitations.

Of the control options available on the drone I tested voice control, palm take-off without the use of the DJI Fly app, app control, and the DJI RC-N3 Controller. I was not able to test its FPV abilities, lacking the necessary gear to do so.

First reviewed November 2025

DJI Mini 5 Pro review: raises the bar for beginner drones, with a potential catch
3:00 pm | September 17, 2025
Author: admin | Category: Cameras Computers Drones Gadgets | Tags: , , | Comments: Off

DJI Mini 5 Pro: one-minute review

When I tracked the seemingly constant flow of DJI Mini 5 Pro rumors ahead of its official unveil, which included exciting speculation about its sensor and safety feature upgrades, I had one question in mind: 'will it still be under 250g?'

A weighty issue

The Mini 5 Pro is officially a restriction-free drone and available in most regions. However, US fans miss out again as the Mini 5 Pro is not available at launch, and the FAA is taking a firm stance on the drone's actual take off weight, which could exceed the sub 250g limit of the beginner category, and therefore come with restrictions. (Many online reviewers have shown the Mini 5 Pro tipping the scales at 253g.) Want to know more? We asked several drone regulators covering key regions for their stance on the Mini 5 Pro.

I've now had my hands-on the latest flagship mini drone and can happily say that DJI has done it, by a whisker. The 249.9g Mini 5 Pro is officially a C0 / UK1 category drone (both regions allow for a little margin, too) and it features a 1-inch sensor (much larger than the Mini 4 Pro's), versatile camera and class-leading safety features, now with LiDAR.

If anything, the Mini 5 Pro reads like a shrunk down DJI Air 3S. They both feature a main camera with 1-inch sensor, 4K video up to 120fps, DJI's D Log M color profiles and 14EV dynamic range.

They also both utilize omnidirectional object sensing and front-facing LiDAR for class-leading low-light flight safety features, including the superb return to home (RTH) function. Plus there's the neat 360° ActiveTrack, which keeps your subject in the center of the frame – DJI has refined this mode in the Mini 5 Pro and it performs really well.

The Mini 5 Pro's camera is super versatile, too – it sits on a 3-axis gimbal for smooth footage even in moderate wind and offers a 225 degree range of roll rotation; the upshot is that you can switch from horizontal to vertical recording at the push of a button.

DJI Mini 5 Pro in pilot's hand, grass background

Despite featuring a large 1-inch sensor and LiDAR sensing, the Mini 5 Pro still officially weighs less than 250g. (Image credit: Tim Coleman)

Honestly, it's hard to find fault with the Mini 5 Pro – no other drone close to this size and weight is even a remote match, DJI's own Mini 4 Pro runs the Mini 5 Pro closest but the latest model is a big upgrade.

I own the Mini 4K, DJI's cheaper entry-level drone. There are a few shared features but if you're a first time buyer, I think it's worth forking out extra for the Mini 5 Pro instead – it's a big upgrade – especially for object sensing which transforms how and where you fly.

There's also a case for the Mini 5 Pro over the Air 3S. Sure, the weightier all-rounder has dual cameras, longer flight times and higher wind resistance, but the Mini 5 Pro now shares a lot of the same tech.

That's enough comparing for now. For me it's already simple – the DJI Mini 5 Pro is the best sub-250g drone and has earned its place in my best drones and best beginner drones guides.

@techradar

♬ original sound - TechRadar

DJI Mini 5 Pro's ND filter set, with battery charging hub in the background

The ND filter kit with its ND 8, ND 16 and ND 32 filters, and the charging hub and two batteries behind it, plus the RC 2 controller. (Image credit: Tim Coleman)

DJI Mini 5 Pro: price and release date

  • Standard bundle costs £679 / AU$1,119
  • Two Fly More Combo kits available: with screen or screen-less controller
  • No US pricing or availability at launch

Despite improved features including the larger 1-inch sensor and LiDAR, the Mini 5 Pro essentially costs the same as the Mini 4 Pro, which is two years old. Put simply, the latest model is excellent value.

The base DJI Mini 5 Pro package costs £689 / AU$1,1119. However, I would almost always go for the Fly More Combo instead (I'll explain later), which adds a charging hub and two additional batteries to the bundle.

There are two Fly More Combo bundles to choose from: one with the screen-less DJI RC-N3 controller for £869 / AU$1,419 (you'll need to connect and use your phone's display, loaded with DJI's app, for this controller), or one with the fancier DJI RC 2 controller for £979 / AU$1,699.

I've got bad news if you're in the US – there's no Mini 5 Pro pricing or availability at launch. I expect various independent retailers to get stock at some point, but pricing is an unknown.

  • Price score: 5/5

DJI Mini 5 Pro in flight with trees in the background

(Image credit: Tim Coleman)

DJI Mini 5 Pro: specs

DJI Mini 5 Pro specs

Camera:

50MP 1-inch CMOS sensor

Video resolution:

4K

Frame rates:

4K up to 120fps, Slow motion Full HD up to 240fps

Video transmission range:

04+ for 20km (FCC), 10km (CE/SRRC/MIC)

Flight modes:

Cine, Normal, Sport. 360° ActiveTrack. QuickShots (Dronie, Helix, Rocket, Circle and Boomerang)

Battery:

2,788mAh / up to 36 minutes flight time.

Charger type:

USB-C / Battery Charging Hub

Weight:

8.81oz / 249.9g

Dimensions:

157×95×68 mm (folded), 255×181×91 mm (unfolded)

DJI Mini 5 Pro: Design

  • Registered weight is 249.9g (but ±4g adds confusion)
  • Omnidirectional object sensing and front-facing LiDAR
  • 3-axis gimbal with 225 degree roll rotation range

DJI has one non-negotiable with its mini series of drones – keep the body under 250g. This latest iteration has pushed this mission to the max: the Mini 5 Pro weighs 249.9g. Technically, the takeoff weight can vary ±4g (depending on the batch you get, says DJI), so yours could be 253g. However, the Mini 5 Pro is officially classed a C0 / UK1 (sub-250g) drone in Europe and the UK, so such discrepancies are a moot point. However, the FAA has taken a hard line, so any users there (able to get one) could need to get registered before using the Mini 5 Pro.

In addition to the larger 1-inch sensor, which I'll get onto in the next section, the Mini 5 Pro adds front-facing LiDAR to omnidirectional object sensing. The latter is already a class-leading safety feature, and one you won't find in cheaper models such as DJI's own Mini 4K.

Personally, I think paying extra for object sensing is worth it – it's a miracle that my own Mini 4K, which lacks this feature, is still functional after multiple collisions with tree branches and the like.

Now, with the addition of LiDAR, the Mini 5 Pro should sense better than the Mini 4 Pro in low light. That's not something I've specifically tested in this drone, yet, but the Air 3S has this feature and you feel you can push that drone harder than the Air 3 it replaced.

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DJI Mini 5 Pro in pilot's hand, grass background

(Image credit: Tim Coleman)
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Close up of the DJI Mini 5 Pro drone's camera

(Image credit: Tim Coleman)
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Close up of the DJI Mini 5 Pro drone's LiDAR and object sensing sensors

(Image credit: Tim Coleman)
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Close up of the DJI Mini 5 Pro's underside

(Image credit: Tim Coleman)

The camera unit impresses, too. As before, it sits on a 3-axis gimbal which smooths out your live view during flight and any recorded video. The gimbal has a versatile 225-degree range of roll rotation, enabling you to switch between horizontal and vertical capture.

I was testing the Mini 5 Pro Fly More Combo RC 2 kit, which includes the controller with a screen. On the underside of the controller is a button that switches the camera between horizontal orientation (typically for long-form content) and vertical (for quick social cuts like TikTok and YouTube Shorts) with a single click.

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DJI Mini 5 Pro drone rested on a wooden crate alongside the RC 2 controller

I had the luxury of the RC2 controller for my review. (Image credit: Tim Coleman)
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DJI Mini 5 Pro's ND filter set, with battery charging hub in the background

And the set of ND filters, which feels like a must-have accessory. (Image credit: Tim Coleman)

I also had the Mini 5 Pro with the dedicated set of three ND filters. Depending on the frame rates you choose, and the weather, you'll likely need to use one to balance exposure for video.

For example, if it's sunny and you're shooting 4K 30fps, you'll probably need an ND to avoid blowing out highlights. The practical downside is that the filters are set strengths, rather than variable (ND8, ND16 and ND32), so once you're in the air you've made your bed.

The need for filters is because lens aperture of the main camera is fixed to a bright f/1.8. A pricier drone such as the Mavic 4 Pro has a variable f/2-11 aperture, making less need for ND filters.

Other neat features that are new for the Mini 5 Pro include auto start up when you unfold the propellor arms, and that the propellor arms can be folded and unfolded in any order – both little details that speed up set up and packing away.

  • Design score: 4.5/5

DJI Mini 5 Pro in flight with trees in the background

(Image credit: Tim Coleman)

DJI Mini 5 Pro: Features and performance

  • Effective 360° ActiveTrack subject tracking
  • 2,788mAh battery for up to 36 minute flight time (less in reality)
  • Latest version of Return to Home

DJI says that its 360° ActiveTrack feature has been improved. I haven't tested the Mini 5 Pro against the Mini 4 Pro, so can't vouch for this, but I have used the feature for this test and it performs really well.

I threw on my running shoes and hit the trails in my local woodland, tracked by the Mini 5 Pro, and it was able to navigate overhanging branches with ease while keeping me in the center of the frame.

Return to home (RTH) is another essential drone feature and it performed flawlessly for my Mini 5 Pro flights. This included tricky tests such as retracing its flight path through tree cover over a small lake. It won't even need satellite signal to retrace the flight path, provided light is good.

The Mini 5 Pro is supplied with a 2,788mAh DJI Intelligent Flight Battery, which delivers flight times up to 36 minutes. The reality will almost always be less, especially when you factor in wind or the various battery-hungry features.

During moderately breezy conditions and shooting 4K 60fps video and making use of functions such as 360° ActiveTrack, I was getting more like 20 minutes in the air.

Such flight time limits are why I typically prefer the pricier Fly More Combo bundles – they are the most cost effective way to get a couple of extra batteries and effectively triple the fun.

DJI also sells an Intelligent Flight Battery Plus – the 4,680mAh unit extends flight times by around 30% versus the standard unit, but it's weightier and tips the Mini 5 Pro into the next weight category up, which comes with restrictions; legally, you need to get your region's equivalent of a competency certificate.

DJI Mini 5 Pro in pilot's hand, grass background

The camera unit is special: a 1-inch sensor, 3-axis gimbal with versatile range which covers vertical shooting (Image credit: Tim Coleman)

Top flight speeds and wind resistance are improved by about 10% versus the Mini 4 Pro – that's 18m/s to 16m/s in sport mode, and 12.7m/s to 10.6m/s wind resistance. Ascent speeds are much, much quicker with the Mini 5 Pro.

  • Performance score: 5/5

DJI Mini 5 Pro: Image and video quality

  • 1-inch sensor delivers best-in-class image quality
  • 50MP stills in RAW
  • Just a single camera, but with digital zoom up to 3x

The Mini 5 Pro shoots the best quality video I've seen in a sub-250g drone. It features a single camera which utilizes a 1-inch sensor for 4K 60fps video with 10-bit color depth, or slow motion recording up to 120fps, which can be upped to 240fps if you drop resolution to 1080p. For reference, the Mini 4 Pro maxes out at 100fps and 200fps respectively.

You can choose between various color profiles – a good-to-go standard look or DJI's D Log M, which needs grading. The latter gives you the most dynamic range to work with – DJI says up to 14EV – meaning you'll likely capture more tonal detail as a reward for your efforts in the editing suite.

When I compare video quality to that of the much cheaper Mini 4K drone, the 4K resolution is about where the comparison ends – the Mini 5 Pro's video quality is much better – you get the editing flexibility with D-Log M, and RAW photo capture. There's less of an image quality difference with the Mini 4 Pro, unless you are working in low light.

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DJI Mini 5 Pro sample photos: a woodland scene

Straight out of camera JPEG (Image credit: Tim Coleman)
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DJI Mini 5 Pro sample photos: an aerial view of a woodland

The main camera's complete view (Image credit: Tim Coleman)
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DJI Mini 5 Pro sample photos: an aerial view of a woodland with 3x digital zoom employed

The same scene with the 3x digital zoom employed (Image credit: Tim Coleman)
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DJI Mini 5 Pro sample images: male pilot in sunglasses, backlit

(Image credit: Tim Coleman)
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DJI Mini 5 Pro sample images: male pilot in sunglasses, backlit

(Image credit: Tim Coleman)
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DJI Mini 5 Pro sample images: aerial view of a woodland at night

(Image credit: Tim Coleman)
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DJI Mini 5 Pro sample images: aerial view of an autumnal arboretum

(Image credit: Tim Coleman)
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DJI Mini 5 Pro sample images: aerial view of an autumnal arboretum

(Image credit: Tim Coleman)
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DJI Mini 5 Pro sample images: aerial view of an autumnal arboretum

(Image credit: Tim Coleman)

As previously mentioned, the Mini 5 Pro can switch between vertical and horizontal format for photos and videos at the push of a button. In addition to the 4:3 apect photos above, I've included some vertical ones too, below.

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DJI Mini 5 Pro sample images: aerial view of a UK heathland as golden hour, walker on footpath

(Image credit: Tim Coleman)
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DJI Mini 5 Pro sample images: backlit pilot in heathland

(Image credit: Tim Coleman)

As usual, DJI's range of QuickShots are present and include Boomerang and Helix. These automated flight moves can make for super-dynamic clips when used smartly.

A level up from before, though, is a 225 degree roll. This 'MasterShots' move can also be performed automatically, although unlike other QuikShots moves, the drone doesn't return to its starting position once the rotation move is complete. I've included an array of those flight moves in the video, below.

One final point to make – the Mini 5 Pro includes 42GB of internal storage, whereas the Mini 4 Pro only includes 2GB. Could DJI add more? Sure, but 42GB is enough for more 4K video clips than you'd think.

  • Image and video quality score: 5/5

DJI Mini 5 Pro: testing scorecard

DJI Mini 5 Pro

Attributes

Notes

Rating

Price

Pricey for beginners, yes, but for the features on board, no other drone comes close. Not available in the US, though

5/5

Design

Decent upgrades over the Mini 4 Pro, but confusion over the actual take-off weight could be a dealbreaker

4.5/5

Performance

Superb all-round flight performance, safety features, return to home and auto tracking skills

5/5

Image and video quality

Sets the image quality bar for mini drones

5/5

Should I buy the DJI Mini 5 Pro?

Buy it if...

You want top safety features
No other mini drone has such complete object sensing, now complete with front-facing LiDAR sensing.

You want the best image quality from a mini drone
The 1-inch sensor delivers better overall image quality than the previous best sub-250g drone, the Mini 4 Pro

You want a versatile camera
With 225 degree roll rotation and instant switch between horizontal and vertical video recording, the Mini 5 Pro is a supremely versatile camera drone.

Don't buy it if...

You’d like multiple cameras
This is a single camera drone – the 3x zoom is digital from the main camera. If you want a proper telephoto lens, the Air 3S is the next model up to offer it.

You need to be sure of a sub 250g take-off weight
The Mini 5 Pro's take-off weight could be over 250g. Yes, it can be used as a restriction-free beginner drone in many regions, but the US has taken a hard line.

You just want to try drones out
I still believe the Mini 5 Pro is best drone for beginners (and pros alike wanting a second lightweight drone). However, it costs a lot for something you might not even enjoy – the Mini 4K could be a better first drone.

DJI Mini 5 Pro: also consider

DJI Mini 4K

At the opposite end of DJI's Mini series is the Mini 4K, which costs significantly less than the Mini 5 Pro – around 1/3 the price. It too shoots 4K video, is equipped with QuickShots flight moves, has decent battery life and weighs much less than 250g. However, you lose out on the higher frame rates, DJI's Log color profiles, object sensing and active subject tracking. Still, its flight performance is largely the same.

See my DJI Mini 4K reviewView Deal

DJI Air 3S

If you're happy to level up from the DJI's Mini series of drones with the weightier Air 3S, for which restrictions apply, then you'll get an all-round better experience once airborne. The Air 3S has better battery life and wind resistance, plus a second telephoto camera. However, its main camera is the same as the Mini 5 Pro's, as is the 4K video skills with D Log M color profile and 14EV dynamic range. What's more, the Mini 5 Pro's camera has a greater range of roll rotation for creative shots. The Air 3S is also pricier, although not by a whole lot.

See our DJI Air 3S reviewView Deal

DJI Mini 5 Pro in flight with trees in the background

(Image credit: Tim Coleman)

How I tested the DJI Mini 5 Pro

  • DJI loaned me the DJI Mini 5 Pro Fly More Combo (RC 2)
  • I had it for several weeks to complete an in-depth review
  • I've piloted the drone with the RC 2 controller in sunny conditions with moderate wind and tested its tracking capabilities, plus QuikShots moves

I had the DJI Mini 5 Pro for a few days before its unveiling, and consequently for several weeks to complete my in-depth test. The flight conditions were generally sunny or overcast, and with moderate wind, which provided a stern test for the Mini 5 Pro's stability.

I've controlled the drone with the RC 2 controller which features a screen. I've taken multiple 4K 60fps videos in vertical and horizontal aspects, flicked between the cine, normal and sport flight modes and tested the 360° ActiveTrack through woodland and more.

I've shot video using both standard color profiles and DJI's D Log M color profile and graded the footage. During bright conditions I've used the ND 8 filter to balance exposure. I've also taken still images in RAW and JPEG, plus utilized the 3x digital zoom.

I’ve reviewed every DJI drone, and the triple-camera Mavic 4 Pro sets a new benchmark for what’s possible
3:03 pm | May 13, 2025
Author: admin | Category: Cameras Computers Drones Gadgets | Tags: , | Comments: Off

DJI Mavic 4 Pro: one-minute review

I’ve flown and reviewed every DJI drone from the past 10-plus years, and I’m blown away on an almost yearly basis; and that's the case once again with the DJI Mavic 4 Pro, which sets a new benchmark for what’s possible with consumer and prosumer UAVs. The Mavic 4 Pro is, without a doubt, one of the best DJI drones you can buy.

The responsiveness of the controls and speed and smoothness of flight remind me more of the DJI Inspire 3 than the Mavic 3 Pro. Let’s not get carried away though; the Inspire 3 and Mavic 4 Pro are different in many ways, and the Mavic 4 Pro takes prosumer drones to a whole new level.

DJI Mavic 4 Pro unfolded ready for flight

(Image credit: James Abbott)

And this is all before we consider the three impressive cameras with true vertical shooting. That’s right – the gimbal rotates 90 degrees, which is a first for a drone with more than a single small camera and sensor, let alone one with a Four Thirds camera.

The Mavic 4 Pro camera offering is headed by a 28mm 4/3 camera with up to a 100MP resolution and an adjustable f/2-f/11 aperture. This is complemented by a 70mm camera with a 48MP 1/1.3-inch sensor, and a 168mm camera with a 50MP 1/1.5-inch sensor. Video is available up to 6K 60fps with the main camera, and up to 4K 120fps with the two telephotos.

DJI Mavic 4 Pro: release date and price

  • Released on 13 May 2025
  • Three kit options
  • Prices start at $TBC / £1,879 / AU$3,099

The DJI Mavic 4 Pro was announced and released on 13 May 2025, and is available directly from DJI and authorized retailers. There are three kits, starting with the DJI Mavic 4 Pro (DJI RC 2), which costs £1,879 / AU$3,099; as mentioned, DJI has yet to confirm when or if the Mavic 4 Pro will be available in the US. This kit includes the Mavic 4 Pro, RC 2 smart controller, 64GB of internal storage, an Intelligent Flight Battery and accessories.

The DJI Mavic 4 Pro Fly More Combo costs £2,459 / AU$4,039. This includes all of the above plus two additional Intelligent Flight batteries, a DJI 100W USB-C Power Adapter, a Battery Charging Hub and a shoulder bag. In my opinion, this kit offers exceptional value for money.

The third and most high-end kit option is the DJI Mavic 4 Pro 512GB Creator Combo. This costs £3,209 / AU$5,359, and includes everything in the standard kit plus 512GB of internal storage, a 240W power adapter, two additional Intelligent Flight batteries, a Parallel Battery Charging Hub, a USB-C to USB-C High-Speed Data Cable and a Shoulder bag.

DJI Mavic 4 Pro camera and gimbal from above

(Image credit: James Abbott)

DJI Mavic 4 Pro: specs

Specs

Camera

28mm 100MP 4/3 sensor / 70mm 48MP 1/1.3-inch sensor / 168mm 50MP 1/1.5-inch sensor

Video resolution

Up to 6K

Frame rates

6K up to 60fps / 4K up to 120fps / FHD up to 60fps / Vertical 4/3 up to 4K 60fps, Tele 2.7K up to 60fps

Video transmission range

18.6 miles (FCC) / 9.32 miles (CE, SRRC, MIC)

Flight modes

Sport, Normal, Cine

Battery

6654mAh / up to 51 minutes flight time

Charger type

USB-C / charging hub

Weight

2.34lbs / 1063g

Dimensions

10.14 x 4.91 x 4.07 inches / 257.6 x 124.8 x 103.4mm folded / 12.94 x 15.37 x 5.32 inches / 328.7 x 390.5 x 135.2mm unfolded

DJI Mavic 4 Pro: design and handling

  • Excellent design and build quality
  • Impressive gimbal
  • Great new controller

The DJI Mavic 4 Pro features the folding design we’ve become accustomed to, but the drone is slightly larger than the Mavic 3 Pro, with larger propellers. As a result, the Mavic 4 Pro is also slightly heavier than its predecessor at 2.34lbs / 1063g. In use, you don’t notice this, but the increase in speed, power, and maneuverability are noticeable.

The most obvious difference between this drone and the Mavic 3 Pro is the new camera and gimbal design. We get three cameras as before, but the camera housing is more spherical, with a more robust gimbal that supports upright shooting, with vertical movement of the camera available between -90 and 70 degrees.

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DJI Mavic 4 Pro on a wooden floor ready for flight

(Image credit: James Abbott)
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DJI Mavic 4 Pro top view

(Image credit: James Abbott)
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DJI Mavic 4 Pro bottom view

(Image credit: James Abbott)
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DJI Mavic 4 Pro with the gimabl guard attached

(Image credit: James Abbott)

This opens up new creative possibilities, and during testing I was able to capture the northern lights by flying at a low altitude and tilting the camera up to capture more of the night sky. Further enhancing creative convenience, the drone switches on automatically when you unfold the propeller arms, while the controller switches on when you raise the screen to reveal the controls beneath. The controller goes into sleep mode when closed, unless you switch it off first.

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DJI RC 2 smart controller on a wooden floor

(Image credit: James Abbott)
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DJI Mavic 4 Pro DJI RC 2 smart controller switched off and folded on a wooden floor

(Image credit: James Abbott)
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DJI Mavic 4 Pro DJI RC 2 smart controller detail

(Image credit: James Abbott)

The new DJI RC 2 smart controller features a completely new design with an impressive 2000-nit 7-inch high-bright Mini-LED display. This can be rotated 90 degrees when shooting in portrait format to give you a full-screen camera view.

There’s also a new adjustment dial that makes changing camera settings easy, an HDMI port for video-out, up to four hours of battery life, and 128GB of built-in storage, while audio can be recorded with the built-in mic or when paired with a DJI Mic.

The screen also covers the control sticks when closed to make the controller more compact for transport and storage. Since the controller runs Android, you can view a standard Android interface that supports third-party apps.

This wasn’t tested because I didn’t have any relevant APK files to install and the Google Play Store isn’t installed on the controller. The Firefox web browser is, however, installed, so this would provide one way to install apps.

@techradar

♬ original sound - TechRadar

DJI Mavic 4 Pro: features and performance

  • Fast and positive flight
  • Excellent Return to Home
  • Advanced subject tracking

The Mavic 4 Pro's responsive controls and speed and smoothness of flight remind me of the Inspire 3. It’s not as powerful, of course, but flight performance overall is noticeably improved compared to the Mavic 3 Pro. Flight is incredibly smooth and positive, with a top speed of 60.4mph in Sport mode and 40.3mph when tracking moving subjects. Wind resistance is 26.8mph. You also get all the usual features including Quickshots, timelapse, burst shooting, exposure bracketing and free panorama.

Subject tracking is great, and tracking cars works well, with the Mavic 4 Pro maintaining tracking even when the target vehicle is partially obscured by trees, as claimed by DJI. During testing, I tried to position the drone in front of, directly above, and to the side of the car, as well as the standard behind. Above and behind worked well, but when I tried the other two orientations the drone reverted to behind automatically, so although highly effective, the Mavic 4 Pro isn't as versatile as the DJI Flip or Neo for general tracking. The drone also allows adjustment of the gimbal and flight parameters during tracking.

The Mavic 4 Pro features DJI's 0.1-Lux Nightscape Omnidirectional Obstacle Sensing system, comprising six low-light fisheye sensors, a forward-facing LiDAR on the right propeller arm, and an infrared sensor at the bottom of the aircraft. When flying in highly complex environments the obstacle avoidance worked well in both daylight and at dusk, with Brake and Bypass options available alongside off. Sometimes, the latter is essential for smooth flight but is naturally high-risk. The drone is also backed up by DJI O4+ with up to 18.6 miles and 10-bit HDR Video Transmission.

Car tracking with the DJI Mavic 4 Pro

Adding to the safety credentials, Return to Home has seen some impressive improvements, including the ability to take off and Return to Home without a GPS signal. This is achieved using real-time vision positioning and map construction technologies, with the drone capturing flight paths when light levels allow.

Then there’s Dynamic Home Point, where the Home Point is set by the controller location rather than the take-off point. This is useful when tracking vehicles if you’re in the vehicle, but if doing so you should always maintain visual line of sight (VLOS) of the drone.

The Mavic 4 Pro can transfer files to your computer without being switched on when connected via USB-C, and it can also transfer files to the DJI Fly app when switched off using off-state quick transfer. I’ve never found phone transfer functionality useful myself, but many people do, and it allows you to view and download files to the DJI Fly app on your phone using WiFi 6, which could be useful for sharing photos and videos quickly to social media and clients.

Flight times per battery are claimed to be up to 51 minutes, and during testing my flight times were typically around 37 minutes, with the drone offering Return to Home at 15% battery. Also, during one test flight, an airplane flew around my flight area at an altitude of roughly 660ft / 200m, and the controller alerted me to the aircraft being close. This is impressive, although I had seen the plane 30 seconds before the alert was displayed on the controller.

DJI Mavic 4 Pro: image and video quality

  • Three impressive cameras
  • Up to 6K 60fps and 4K 120fps video
  • Up to 100MP photos in raw and JPEG

DJI Mavic 4 Pro camera and gimbal close up

(Image credit: James Abbott)

The cameras on the DJI Mavic 4 Pro, along with the innovative gimbal, are impressive, and each offers excellent image quality alongside some impressive features. There is some fall-off in sharpness towards the edges of the frame when shooting photos, and the higher-resolution images aren’t as sharp as those taken at lower-resolution settings, while video doesn’t suffer from the fall-off in sharpness.

All three cameras feature Dual Native ISO Fusion, a feature seen in previous DJI drones to reduce noise in photos and videos. A photo of the northern lights shot with the main camera at 100MP was quite noisy but still useable, although in theory 25MP should have been more effective. The short duration of the phenomenon didn’t allow for a lower-resolution example to be captured, unfortunately.

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Aerial photograph of a windmill silhouette at night with the northern lights in the starry sky

(Image credit: James Abbott)
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Photo of allotments taken with the DJI Mavic 4 Pro

(Image credit: James Abbott)
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Photo of a wind turbine and fields taken with the DJI Mavic 4 Pro

(Image credit: James Abbott)
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Photo of a riverside town taken with the DJI Mavic 4 Pro

(Image credit: James Abbott)
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Photo of a river and bridge from above taken with the DJI Mavic 4 Pro

(Image credit: James Abbott)
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Photo of a river lock taken with the DJI Mavic 4 Pro

(Image credit: James Abbott)
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Aerial photograph of rural UK town

(Image credit: James Abbott)

The main Hasselblad camera features a 28mm equivalent focal length and an adjustable f/2-f/11 aperture. F/2 is a hugely welcome upgrade over the Mavic 3 models, which have a maximum f/2.8 aperture. The new Four Thirds sensor can be set to capture at 100MP or 25MP. The 70mm equivalent camera features a 48MP / 12MP 1/1.3-inch sensor, while the 168mm equivalent camera uses a new 50MP / 12.5MP 1/1.5-inch sensor. Both of these telephoto cameras have a fixed f/2.8 aperture. Photos can be captured in raw and JPEG formats.

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Photo of a church on a sunny day taken with the DJI Mavic 4 Pro

Shot with the 28mm camera (Image credit: James Abbott)
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Aerial photograph of UK church towering above a town

(Image credit: James Abbott)
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Photo of a church on a sunny day taken with the DJI Mavic 4 Pro

Shot with the 168mm camera (Image credit: James Abbott)

DJI Mavic 4 Pro 4K 30fps video

The main Hasselblad camera can capture up to 6K 60fps video, while the 70mm can capture up to 4K at 120fps and the 168mm up to 4K at 100fps. Cropped vertical video is also available with all three cameras, with the main camera offering up to 4K 60fps, and the telephoto cameras able to capture up to 2.7K up to 60fps. You can also rotate the camera to portrait orientation to capture video.

During testing rotating the camera allowed me to capture 6K vertical video with the main camera and 2.7K with the 70mm camera. Sometimes, this caused the drone to fly slowly, which may be a quirk of the pre-release firmware because it wasn’t consistent.

Video color profiles include Normal for straight-out-of-the-camera use, D-Log, D-Log M and HLG (HDR). Shooting HDR, the 28mm can capture up to 16 stops of dynamic range, the 70mm up to 14 stops, and the 168mm up to 13 stops. The 512GB Creator version of the Mavic 4 Pro can also capture video in the ALL-I 4:2:2 codec. Overall, you've got plenty of options for a variety of workflows and requirements.

DJI Mavic 4 Pro: testing scorecard

DJI Mavic 4 Pro

Attributes

Notes

Rating

Price

A surprisingly inexpensive Fly More Combo.

5/5

Design

New design for aerodynamics with an innovative new gimbal.

5/5

Performance

Flight is fast and smooth while features perform well.

5/5

Image and video quality

Excellent image quality from the three cameras with upgrades to the main Hasselblad camera.

5/5

Should I buy the DJI Mavic 4 Pro?

Buy it if...

You require speed and power
The Mavic 4 Pro is a fast and powerful drone with excellent flight performance that allows the drone to be flown in winds of up to 26.8mph.

You need three cameras
With impressive 28mm, 70mm and 168mm equivalent cameras capable of capturing a variety of photo and video formats, you have many creative possibilities available to you

You capture professional aerial video
If you use a drone for professional video capture, the Mavic 4 Pro can capture D-Log, D-Log M and HLG (HDR). The 512GB Creator version can also capture video in the ALL-I 4:2:2 codec.

Don't buy it if...

You’d like a less restricted drone
If you’d prefer an easier-to-carry, more regulations-friendly DJI drone, the DJI Mini 4 Pro is the best sub-250g drone money can buy.

You'd like a less expensive dual-camera drone
The DJI Air 3S offers dual cameras and is smaller and lighter than the Mavic 4 Pro. What’s more, the smart controller kit is considerably less expensive.

You’d like to capture a first-person view
If you'd like to capture immersive FPV video, the DJI Avata 2 is a beginner and expert-friendly FPV drone that offers excellent video quality. Photos, however, are extremely limited with this drone.

DJI Mavic 4 Pro: also consider

DJI Air 3S

The DJI Air 3S is similar to the Mavic 4 Pro in several ways, but comes in at a more affordable price for consumers. Not only is it smaller and lighter, it also features dual 24mm and 70mm cameras. This is the logical drone for you if you don't need the Mavic 4 Pro's 168mm camera.

Read our in-depth DJI Air 3S review

How I tested the DJI Mavic 4 Pro

  • All features and functions tested
  • All three cameras tested for photo and video capture
  • Tested in different conditions

I tested the DJI Mavic 4 Pro over several weeks, testing all of its features to assess their effectiveness in real-world situations. I also captured a variety of photos and videos to test the quality of the three cameras.

Photos and videos were captured in a range of conditions including overcast, sunny, and windy to see how well the drone performed in these situations.

First reviewed May 2025

I’ve spent hundreds of hours testing drones, and the Potensic Atom 2 is easily the best DJI alternative I’ve flown
11:00 am | April 2, 2025
Author: admin | Category: Cameras Computers Drones Gadgets | Tags: , | Comments: Off

Potensic Atom 2: one-minute review

Potensic has carved itself a strong reputation in the sub-250g drone category with the release of the Atom SE and Atom drones in recent years. The Potensic Atom 2 is now available, with this latest model taking the coveted title of best sub-250g DJI alternative. It's not perfect – few drones are – but it's an enticing drone for beginners, enthusiasts and more advanced pilots alike.

Potensic Atom 2 unfolded for flight

(Image credit: James Abbott)

Given the features on offer, and what's to come in firmware updates – more on those later – the Atom 2 will sit somewhere between the DJI Mini 3 and the DJI Mini 4 Pro, which is an impressive achievement, especially when the Standard Kit costs just $330 / £300 / AU$580. This makes it only just a little more expensive than the entry-level DJI Mini 4K, making it a strong contender for our best drones guide.

The Atom 2 lets you capture video up to 4K at up to 30fps, in Normal and HDR color profiles; there's also slow-motion video and timelapse capture. Photos can be captured in raw and JPEG, while the camera offers both automatic and manual control. There are also AI Quickshots and AI Track for subject tracking. These features are just the tip of the iceberg, and with great flight performance to boot the Atom 2 is a solid option for many pilots.

Potensic Atom 2: release date and price

  • Announced February 2025
  • The Standard Kit costs $330 / £300 / AU$580
  • The Fly More Bundle costs $430 / £400 /AU$785

The Potensic Atom 2 was announced in February 2025, and is available to purchase directly from the Potensic website and Amazon. The drone is reasonably priced considering the features and functionality on offer and will compete directly with other sub-250g models including the DJI Mini 4K, DJI Mini 3 and the Holy Stone HS900, although it exceeds all three in some areas.

The Atom 2 is available in two kits, with the Atom 2 Standard Kit costing $330 / £300 / AU$580 and comprising the drone, controller, one battery, two sets of spare propellers, phone cables and other accessories.

The Atom 2 Fly More Combo includes all of the above plus two additional batteries, a fast-charging hub, a shoulder bag and two extra sets of spare propellers for $430 / £400 /AU$785. This kit offers excellent value for money.

  • Price score: 5/5

Potensic Atom 2 unfolded on stone

(Image credit: James Abbott)

Potensic Atom 2: specs

Potensic Atom 2: design and handling

  • Folding sub-250g design
  • Solid build quality
  • Excellent controller

With the exception of the DJI Neo, DJI Flip and the HoverAir X1 models, drone design has remained relatively unchanged for years, which is no bad thing – if it isn’t broken, why fix it? The Potensic Atom 2 makes no bold statements in terms of design with its light gray airframe and folding propeller arms, but it is solidly made. Its dimensions extend from a palm-sized 5.63 x 3.46 x 2.28 inches / 143 x 88 x 58mm when folded to 8.3 x 5.98 x 2.28 inches / 210 x 152 x 58mm unfolded.

The main difference with the Atom 2 design-wise is that Potensic claims the new propellers are 40% quieter, and they undoubtedly appear to be quieter, with a lower pitch hum during flights, rather than the higher-pitch whirr we're used to with smaller drones like this.

There's also a green flashing LED on the rear of the drone that's visible over long distances, so it may be bright enough for night flying. Drone strobes must be visible at three miles in the US for night flights, but this distance couldn’t be legally tested.

The only other notable external aspects of the drone are the 3-axis mechanical gimbal, which can be tilted between -90 and +20 degrees so the camera can look up slightly as well as straight down. Plus, there's a basic downward vision system, although I didn’t notice this doing anything when flying low to the ground with an undulating surface. As you'd expect for the price, there's no collision avoidance.

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Potensic Atom 2 folded from above

(Image credit: James Abbott)
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Potensic Atom 2 folded bottom view

(Image credit: James Abbott)
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Potensic Atom 2 folded with the propeller strap attached

(Image credit: James Abbott)
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Potensic Atom 2 side by side with the controller

(Image credit: James Abbott)
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Potensic Atom 2 controller with no phone attached

(Image credit: James Abbott)
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Potensic Atom 2 controller top view to show controls

(Image credit: James Abbott)
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Potensic Atom 2 with phone attached

(Image credit: James Abbott)
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Potensic Atom 2 carry bag

(Image credit: James Abbott)
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Potensic Atom 2 fast-charging battery hub

(Image credit: James Abbott)

The controller follows the same design as the controller for the Atom and Atom SE, but has been upgraded and now features a directional antenna that helps maintain a control and video-transmission distance of up to 6.2 miles. During testing, there was occasionally some pixelation and stutter of the video feed, but ensuring the antenna was facing the direction of the drone alleviated this.

Moving back to the design, the controller holds your smartphone between the two comfortable handgrips that extend outwards to insert and then grip the phone. This makes the whole package look more like a smart controller, and the positioning of the phone in the centre between the controllers is much more comfortable than a top-heavy top-mounted phone.

There are six direct-access controls for accessing commonly used functions including the gimbal tilt, digital zoom, a shutter button and a Return to Home button. The two remaining buttons are set to switch the gimbal angle between 0 and -90 degrees and to change the flight mode by default. These two buttons are customizable if you'd like to change them, while the control-stick modes and stick sensitivity are also customizable.

  • Design score: 4/5

Potensic Atom 2: features and performance

  • Level 5 wind resistance
  • AI subject tracking
  • AI Quickshots

The Atom 2 is a fantastic flier, with responsive and smooth controls that facilitate seamless maneuvers when capturing video. GPS provides a stable hover, with no drift detected during testing, alongside providing Return to Home functionality which comes with standard RTH functionality and a new smart version.

Dynamic Home Point, when enabled, brings the drone back to the controller location rather than the take-off point when Return to Home is initiated. This may not sound like much, but it's an incredibly useful feature because it's sometimes useful to walk along behind drones during flight to maintain visual line of sight and to help with the performing of precise maneuvers.

This may be a small and lightweight drone, but the Atom 2 offers Level 5 wind resistance, which equates to speeds of up to 23.6mph. Flight modes include Video, Normal and Sport, with Sport mode offering a top speed of 35.8mph, while Video is for slower and smoother flight. There's also built-in Remote ID, which will be a welcome feature for US-based pilots.

Subject tracking is a feature that's becoming increasingly important and popular. It's been around for a while, but the introduction of AI in drones has made it more effective than ever before. The Atom 2 isn’t a selfie drone by any means, but its AI Track options for subject tracking include AI Spotlight, AI Follow and AI Parallel. These all work incredibly well.

Potensic Atom 2 battery and rear LED light flashing red

(Image credit: James Abbott)

Then there's AI Quickshots, which includes Pull-Away, Spiral, Rocket, Circle, Boomerang and Dolly Zoom. All of these perform well, and most create professional-looking videos.

Dolly Zoom produces a great effect, thanks to combining the digital zoom with flying backwards, but it's not perfect. At the end of the dolly zoom, when the digital zoom is at its maximum, image quality is noticeably reduced, and while it's still a fun feature, it's not for professional use.

All of these effects can be applied to human subjects and inanimate objects simply by drawing around the desired subject in the Potensic Eve app.

Flight times are advertised as being up to 32 minutes per battery, but during testing the batteries typically lasted around 22 minutes before Return to Home was suggested by the drone at 15% battery level. This isn’t too bad, but it does make the Fly More Combo with three batteries and a fast-charging hub an attractive option. The fast-charging hub is claimed to be able to charge three batteries at once in 1.3 hours, and in my experience it was faster with batteries at a 15-30% charge.

Other features pilots will find useful are the Interval Timer for timelapse capture, and Cruise Control. There's also SmartTransfer, which enables you to transfer media files to your phone at speeds of up to 25MB/s. This makes it easier to share photos and videos directly to social media if you like to do this on the go.

  • Performance score: 4/5

Potensic Atom 2: image and video quality

  • 1/2-inch sensor
  • Fixed focus 26mm f/1.8 lens
  • 4K video and 12MP Raw photos

Potensic Atom 2 camera and gimbal close-up

(Image credit: James Abbott)

The Atom 2 camera is an improvement on the Atom with improved image quality and additional features, but before we delve into those, let's take a look at the specs.

The camera features a 12/48MP Sony 1/2 in CMOS sensor with 4-in-1 pixels, which is claimed to reduce noise and enhance low-light performance, although if I'm honest I wasn't overly impressed with low-light performance.

The camera lens provides a 26mm equivalent focal length with a fixed f/1.8 aperture. The lens is fixed-focus from 4m to infinity, relying on hyperfocal focusing to achieve a large depth of field.

When it comes to image quality, sharpness is greatest in the center of the frame, with fall-off towards the edges. There's also some vignetting, and white balance can be inconsistent when using Auto and Manual settings, but this can be easily fixed in Lightroom when shooting raw.

Videos are consistently better quality and don’t suffer from these issues. Strangely, even white balance is more reliable for video capture. Moving back to photos, JPEG processing is heavy with strong and noticeable sharpening applied, so the best image quality will always come from raw files.

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Photo of a river with moored boats taken with the Potensic Atom 2 drone

(Image credit: James Abbott)
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Photo of solar panels taken with the Potensic Atom 2 drone

(Image credit: James Abbott)
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Photo of an industrial building taken with the Potensic Atom 2 drone

(Image credit: James Abbott)
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Photo of a river at the edge of a town taken with the Potensic Atom 2 drone

(Image credit: James Abbott)
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Photo of a football pitch taken with the Potensic Atom 2 drone

(Image credit: James Abbott)
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Photo of solar panels taken with the Potensic Atom 2 drone

(Image credit: James Abbott)
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Photo of football goal taken with the Potensic Atom 2 drone

(Image credit: James Abbott)
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Photo of river taken with the Potensic Atom 2 drone

(Image credit: James Abbott)
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Photo of a road bridge taken with the Potensic Atom 2 drone

(Image credit: James Abbott)
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Photo of fields and lakes taken with the Potensic Atom 2 drone

(Image credit: James Abbott)

You also have the ability to switch between 12MP and 48MP photo capture, but doing so isn’t a straightforward decision when JPEG processing is as it is.

The caveat with 48MP/8K photo capture is that it's only available in JPEG format, and not in raw. This is an odd omission, and one that will hopefully be fixed in a future firmware update, alongside adding a histogram for aiding exposure. You also have the option of 9:16 vertical photo capture, in JPEG only, with file sizes at 1520 x 2704 pixels.

Video can be captured in 4K at 24/25/30fps, 2.7K at 24/25/30fps, FHD at 24/25/30fps, and slow motion FHD at 2/3/4/5x. The maximum video bit rate is 80Mbps, while color profiles currently include Normal and HDR. In a future firmware update, a flat P-Log color profile will be delivered to the Atom 2 for more advanced video capture.

A digital zoom is available at 4K up to 2x, 2.7K up to 3x, and FHD up to 4x. Photos can be zoomed in up to 2x. Image quality reduces but the feature can be useful. Additional photo features include Bracketing, Burst Shooting and Panorama.

The Panorama mode includes Wide Angle, 180 Degree and Vertical options, with Sphere set to be delivered in a future firmware update. Panoramas are stitched in-camera, and saved as JPEGs alongside the constituent images in JPEG format. There's also a Defog mode for shooting in hazy conditions, and an AI Night mode for capturing video at night. The latter reveals more shadow detail at night, but image quality is questionable.

  • Image and video quality score: 4/5

Main example video

AI Night video

Potensic Atom 2: testing scorecard

Should I buy the Potensic Atom 2?

Buy it if...

You're on a budget
The Atom 2 is one of the most feature-packed 'mini' drones available for such a competitive price, so you can get a lot of bang for your buck with this drone.

You’re a drone beginner
This is a great drone for beginners, but also one that will meet your needs for years to come. In a nutshell, the Atom 2 won’t require an upgrade any time soon.

You'd like log footage
The P-Log color profile will be delivered in a firmware update, making the Atom 2 one of the least-expensive drones to be able to capture video in a flat Log color profile.

Don't buy it if...

You'd like 48MP raw files
Despite the 48MP sensor, 48MP photos can only be captured in JPEG format, with raw capture available at 12MP. If you want higher-resolution raw files you'll have to look elsewhere.

You'd like a telephoto camera
If you'd like a dual-camera drone with a wide-angle and medium telephoto lens the DJI Air 3S is a great option, albeit much more expensive. The Atom 2 does, however, have a digital zoom.

You need collision avoidance
If you'd like collision avoidance for flying confidently in complex environments, the DJI Min 4 Pro is going to be a much better option for you.

Potensic Atom 2: also consider

DJI Mini 4K

The DJI Mini 4K is slightly less expensive than the Potensic Atom 2, and offers similar features at a basic level. It doesn't offer the same subject-tracking, or more advanced features such as an interval timer for capturing timelapse videos, but if you'd like an inexpensive DJI drone capable of capturing 4K video and photos in raw and JPEG formats, it's a great budget option.

Read our in-depth DJI Mini 4K review

How I tested the Potensic Atom 2

  • I tested all flight features
  • I flew the drone in a range of conditions
  • I tested all the camera functions

I tested the Potensic Atom 2 over several days of flying in a range of locations, environments and weather conditions (excluding rain) to test flight performance, flight features, overall handling, and image quality for both photo and video capture. All testing is conducted in a way that meets local aviation laws and restrictions to ensure that all flights are safe and legal.

Drones are always tested using manual flight patterns for videos that are typical of professional aerial video techniques for capturing visually interesting footage. This also provides the opportunity to test variables such as the connection between the drone and controller, latency between the two, and the accuracy of the controls and flight accuracy in general.

First reviewed March 2025

DJI Flip review: a new breed of beginner drone
4:45 pm | January 14, 2025
Author: admin | Category: Cameras Computers Drones Gadgets | Tags: , | Comments: Off

DJI Flip: one-minute review

In true DJI fashion, the world's leading drone manufacturer has surprised us by announcing a new kind of drone that also feels somewhat familiar: the DJI Flip is an all-in-one camera and vlogging drone with a unique, first-of-its-kind folding design that features four built-in propeller guards rather than propeller arms. This is part of a safety-first approach that ties in perfectly with the vlogging aspect of the drone, but there's no getting away from the fact it also looks, well, quite odd.

Folded, the Flip looks like a spacecraft from Star Wars, and when unfolded, it looks like a mashup between a cinewhoop FPV drone and a camera drone. From my point of view, in terms of design, functionality and performance, it sits somewhere between the DJI Neo and the DJI Mini 4 Pro, although the Mini 4 Pro is a far superior drone for photo and video capture as well as for overall flight performance.

DJI Flip ready for palm take-off

(Image credit: James Abbott)

That said, the Flip is ultimately a beginner drone that comes in at a beginner-friendly price, and the Flip and Mini 4 Pro are completely different propositions – it's the camera drone functionality with the ability to capture photos in JPEG and raw, alongside up to 60fps 4K video capture in both Standard and D-Log M profiles, that led me to make the vague comparison. The Flip is certainly also a much more versatile drone than the Neo, but incorporates the same subject-tracking capabilities and some of the Neo's varied control options.

DJI Flip: release date and price

  • Released January 14 2025
  • The DJI RC-N3 base kit costs $439 / £369 / AU$699
  • The DJI RC 2 Fly More Bundle costs $779 / £659 / AU$1,159

The DJI Flip was announced on 14 January 2025 and is available in three kit options: the standard DJI Flip kit includes the drone, DJI RC-N3 controller, one battery, a pair of spare propellers and other basic accessories and costs $439 / £369 / AU$699, while the kit with the DJI RC 2 (smart) controller is $639 / £549 / AU$949.

At release, there isn't a Fly More Bundle that incorporates the simpler DJI RC-N3 controller, just one with the DJI RC 2 controller that costs $779 / £659 / AU$1,159. This more comprehensive kit includes all of the above plus two additional batteries, a four-battery charging hub, a shoulder bag and two additional pairs of spare propellers. The Fly More Combo is decent value when you consider the advantages it delivers when compared to the base kit.

DJI Flip and DJI RC 2 controller side by side

(Image credit: James Abbott)

DJI Flip: specs

DJI Flip: design and handling

  • Unique folding design
  • Enclosed propellers
  • Regulator-friendly sub-250g weight

DJI's folding drone design has followed a linear path until now, and why not? It's tried and tested, and works exceptionally well. But with a drone that incorporates propeller guards into the design rather than propeller arms, something was always going to be different.

The Flip has four propeller guards that fold out from beneath the airframe, front propellers first and then the rear. The front guards also have fixed short legs attached to raise the front of the drone when it's on the ground.

So, despite the regulator-friendly sub-250g weight, the Flip is larger than DJI Mini models when folded, and has a much larger footprint when unfolded. Unfolding the Flip also brings it to life and powers it up, so it's best to remove the gimbal protector before unfolding the drone from its 5.35 x 2.44 x 6.5 inches / 136 x 62 x 165mm folded size to its 9.17 x 11 x 3.11 inches / 233 x 280 x 79mm unfolded dimensions.

The propeller guards are made of polycarbonate around the edges, with lightweight and strong carbon fiber string top and bottom. This makes the drone safer for flight close to people – yourself rather than others – and also allows for palm take-off and landing, which is useful as it negates the need for a landing mat, and means you can take off and land almost anywhere that's safe and legal.

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DJI Flip top view

(Image credit: James Abbott)
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DJI Flip bottom view

(Image credit: James Abbott)
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DJI Flip folded side view

(Image credit: James Abbott)
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DJI Flip propeller guards

(Image credit: James Abbott)
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DJI Flip front of drone

(Image credit: James Abbott)
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DJI Flip DJI RC 2 controller

(Image credit: James Abbott)
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DJI Flip carry bag

(Image credit: James Abbott)
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DJI Flip ND filter set

(Image credit: James Abbott)
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DJI Flip battery charging hub

(Image credit: James Abbott)

The airframe is tall for a drone in this weight category. There's a 3D infrared sensor at the front of the drone above the gimbal, and the black plastic panel also shows which intelligent shooting mode is currently active.

This is particularly useful when using the drone independently without the DJI Fly app or a controller, although the drone does 'tell' you which mode is active when you press the mode button on the side to switch.

Like the DJI Neo, the Flip can be flown using the intelligent flight modes app-free, with the app and using voice control, or with either the DJI RC-N3 controller or the DJI RC 2 smart controller.

Both controllers are great, although the DJI RC 2 is the most convenient option because it has a bright and clear built-in 5.5-inch display, so there's no need to connect your smartphone.

DJI Flip: features and performance

  • Not great in wind
  • Intelligent flight modes
  • AI subject tracking

The Flip specs available before launch didn’t specify a maximum wind resistance, but even in a moderate headwind the drone was severely slowed down. This could be a result of the size and shape of the propellers as well as the propeller guards themselves, but the Flip can still fly at a reasonable maximum speed of 27mph in Sport Mode, with Cine and Normal providing slower flight speeds.

In terms of flight, when using the Flip like a camera drone using one of the two traditional controller options, the drone flies well except for the aforementioned wind issue. It's certainly not as agile as a Mini 3 or Mini 4 Pro, but the controls are the same, and the ability to take off and land from the ground or the palm of your hand is extremely useful.

Just like the DJI Neo, the Flip is a selfie drone, but is marketed as a vlogging drone. This is because audio can be captured via the DJI Fly app when enabled, so you can record your voice while capturing video, or with the DJI Mic connected to your smartphone for improved sound quality. Propeller noise is filtered out or reduced in both situations.

DJI Flip front view

(Image credit: James Abbott)

Just like the Neo, the Flip's Intelligent flight modes include Follow, Dronie, Circle, Rocket, Spotlight, and Helix. Within the app there's also Manual Control, which allows you to fly the Flip using on-screen controls, and when using a standard controller you can also access Quickshots, which include Dronie, Circle, Rocket, Spotlight, Helix, and Boomerang.

AI subject tracking aims to keep the subject in the centre of the frame during photo and video capture using the intelligent flight modes, which utilize ActiveTrack 4.0, Spotlight 2.0, and Point of Interest 3.0; this is highly effective, and cannot be faulted. What's more, when tracking, the Flip was able to navigate complex environments successfully thanks to the 3D Infrared Sensing System.

The Flip is as feature-packed as any other DJI drone, and the 3D Infrared Sensing System appears to work well, with forward-facing sensors that enable limited collision avoidance. This can be seen in action on the controller screen when using Return to Home, where the planned direction and route of the drone are shown as a green overlay. DJI also claims that this system makes flight safer at night.

Other features include Hyperlapse with Free, Circle, Course Lock and Waypoint options that can capture hyperlapse videos at up to 4K horizontally or 2.7K vertically. There's also Panorama photo capture, but this is fairly basic panorama functionality, and manual panos typically produce superior results.

More useful additional features include fast charging, with the charging hub able to charge two batteries simultaneously, and data transfer speeds of up to 30MB/s via the DJI Fly app to move photos and videos captured with the Flip to your phone. The Flip can also be plugged into a computer via USB-C, and you can transfer data from the 2GB internal storage and / or microSD card without having to switch the drone on.

DJI Flip: image and video quality

  • 1/1.3-inch sensor
  • Up to 4K 60fps video
  • 12MP / 48MP raw and JPEG photos

DJI Flip camera close-up

(Image credit: James Abbott)

The Flip features a 3-axis mechanical gimbal for smooth footage, while the camera offers a 24mm equivalent focal length with a fixed aperture and focus from 1m to infinity. The 12MP / 48MP 1/1.3-inch Quad Bayer 4-in-1 sensor features large pixels and Dual Native ISO Integration for improved low-light capture. Then there's up to a 4x digital zoom, depending on the shooting mode and capture resolution.

Image quality is good, but it's not anywhere near as good as what you'll get from the DJI Mini 3 or Mini 4 Pro. The photos and videos you can see here were captured with a prerelease version of the DJI Fly app and prerelease firmware, so this has to be considered, but it's unlikely that post-release software will make a dramatic difference in this area. Photos and videos exhibit a slight murkiness, with images captured being sharpest in the center of the frame, and softer at the edges.

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Photo of houses and a river taken with the DJI Flip

(Image credit: James Abbott)
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Photo of a lake at sunset taken with the DJI Flip

(Image credit: James Abbott)
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Photo of empty boat moorings taken with the DJI Flip

(Image credit: James Abbott)
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Photo of a town taken with the DJI Flip

(Image credit: James Abbott)
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Photo of an industrial site taken with the DJI Flip

(Image credit: James Abbott)
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Photo of a town taken with the DJI Flip

(Image credit: James Abbott)
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Photo of houses and apartments taken with the DJI Flip

(Image credit: James Abbott)
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Photo of an industrial site taken with the DJI Flip

(Image credit: James Abbott)
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Photo of an industrial site taken with the DJI Flip

(Image credit: James Abbott)

The Flip is a beginner model, so this level of image quality is to be expected. And as always, deficiencies in image quality are less visible in video, when the drone is moving. Despite the drone's beginner nature, it's also aimed at vlogging, so video can be captured in 4K at up to 60fps, 4K at 100fps in Slow Motion mode and 1080p up to 100fps, and vertical video can be captured at 1080p and 2.7K at 30fps.

The latter is cropped from the horizontal camera / sensor rather than you having the ability to rotate the camera into portrait orientation, as with the DJI Mini 3 and Mini 4 Pro. This capability would be a fantastic feature, as would it allow for not only 4K vertical capture, but also for portrait-format photos. With social media video content so heavily focused on vertical video, however, the cropped upright video is still a useful feature for a drone aimed at vlogging.

For beginners, and those aiming for straight out-of-camera footage, you can capture video in the Normal color profile. More advanced users can capture in the 10-bit D-Log M flat profile for greater control and the ability to color-grade footage.

With this profile, the maximum bitrate is 150Mbps. Photos can be captured in both JPEG and raw, so in terms of photo and video capture the Flip offers more impressive options than the Neo, despite its flight mode and control similarities.

DJI Flip 4K 30fps video

DJI Flip: testing scorecard

Should I buy the DJI Flip?

Buy it if...

You'd like multiple control options
With the ability to fly the drone app-free, with the app, or with one of two controller options, the Flip can be used as both a vlogging / selfie drone and a camera drone.

You’re a drone beginner
The intelligent flight modes for easy and effective subject tracking, alongside the Flip's capabilities as a camera drone, make it a compelling option for beginners.

You'd like palm take-off and landing
Thanks to the overall design of the Flip, including the propeller guards, the drone can take off from and land in the palm of your hand, which is incredibly useful in tricky or muddy locations.

Don't buy it if...

You'd like superior image quality
The Flip's image quality is good but not outstanding, so if you're looking for great image quality on a budget the DJI Mini 3 is far superior, and offers additional features such as a rotating camera.

You don’t require subject tracking
If you don’t intend to use the intelligent flight modes, there are much better DJI drones available for a similar price or lower, and overall flight performance is typically better than the Flip.

You'd prefer a first-person view
The Flip may look like an FPV drone, but it's not. If you'd prefer to capture immersive FPV video, the DJI Avata 2 is a beginner and expert-friendly FPV drone.

DJI Flip: also consider

DJI Neo

The DJI Neo is a selfie drone that features the same intelligent flight modes as the DJI Flip, alongside propeller guards for safety. It can also be controlled in multiple ways, but exceeds the Flip in this department with DJI FPV accessory compatibility. The camera functionality is limited in comparison, but the Neo can capture 4K video, and costs less than the Flip.

Read our in-depth DJI Neo review

How I tested the DJI Flip

  • All features and functions tested
  • Flown app-free, with the DJI Fly app, and the DJI RC 2 Controller
  • Tested in different conditions

I tested the DJI Flip using all of the control methods available to see how it performed as both a vlogging and selfie drone, as well as a camera drone.

Photos and videos were captured in a range of conditions including overcast, sunny, and windy to see how well it performed in these situations.

All features and functions that were available in the pre-release app and firmware, including flight, photo and video capture, were also tested to assess their effectiveness in real-world situations.

First reviewed January 2025

HoverAir X1 PRO review: the ultimate selfie drone
8:53 pm | October 31, 2024
Author: admin | Category: Cameras Computers Drones Gadgets | Comments: Off

HoverAir X1 PRO & PROMAX: one-minute review

With all the recent hype surrounding the launch of the DJI Neo, we can't forget that it was the HoverAir X1 that originally delivered highly effective and, indeed, exciting selfie drone functionality to the mainstream. Building on the success of the HoverAir X1, ZeroZero Robotics has created two new models aimed at more demanding users, with upgraded cameras, improved performance and some interesting new accessories.

The HoverAir X1 PRO and HoverAir X1 PROMAX are more advanced models that will sit alongside the original HoverAir X1. So, this puts more advanced selfie drones at a total of four to choose from. I've flown and reviewed both the DJI Neo and the HoverAir X1, and although both are fantastic drones, for me it's the HoverAir drones that excel in this niche yet growing corner of the drone market.

HoverAir X1 PRO / PROMAX in hand

(Image credit: James Abbott)

With camera drones and FPV drones dominating, the success of selfie drones is a welcome surprise, and they offer something different. The HoverAir X1 PRO is aimed at snow sports and cycling, while the higher-end HoverAir X1 PROMAX is aimed at professional content creation. However, both perform equally well in those scenarios, so cost and camera requirements will be the deciding factor for many people.

Without going into too much detail, and focusing on the profound similarities between the HoverAir X1 PRO and HoverAir X1 PROMAX, both drones offer a variety of intelligent flight modes with drone-only activation, and manual flight control with the smartphone app and a separately available controller.

So, what are the key differences between the two models? We'll go into more detail later, but the PRO can capture 4K video up to 60fps with FHD available up to 120fps, while the PROMAX can capture 8K video up to 30fps with 4K and FHD available up to 120fps alongside 4K 10-bit HLG up to 60fps. Both capture photos in JPEG format.

HoverAir X1 Pro: specs

HoverAir X1 Pro: release date and price

  • Released September 26 2024
  • Several kit options are available
  • More expensive than the DJI Neo

The HoverAir X1 PRO & PROMAX were first available via Indiegogo after a successful crowdfunding campaign, and are now available on the HoverAir website with a shipping date of November 2, with multiple kit options and accessories available. The Standard kit, which includes the drone, one battery, a USB-C cable and a soft storage bag costs $499 / £459 for the PRO while the PROMAX costs $699 / £639. Pricing for Australia is in USD.

The Combo kit includes all of the above plus a second battery, charging hub, 65W power adaptor and a combo case. The PRO version costs $679 / £629 while the PROMAX version costs $879 / £799. This does make the two drones quite expensive for the two main kits that are available, and will likely mean they face fierce competition from the less expensive DJI Neo.

There are also several accessories available, so here's a breakdown of the prices for some of the options available. The PowerCase is $169 / £155, the Beacon and Joystick bundle is $228 / £208, the Multi-function Carry Bag is $79 / £69, the HandleBar Mount is $20, and the ND Filter set is $69 / £65. Buying a Combo kit and several accessories takes the cost of a HoverAir X1 Pro or PROMAX kit into the same price bracket as the DJI Air 3, so this is something to consider.

  • Price score: 4/5

HoverAir X1 PRO / PROMAX OLED screen

(Image credit: James Abbott)

HoverAir X1 Pro: design and handling

  • Compact folding design
  • Enclosed propellers
  • Excellent manual flight control via the app

Both the HoverAir X1 PRO and PROMAX feature an identical lightweight folding design that makes them a similar height and width, but slightly shorter than a VHS cassette when folded. At just 6.75oz / 191.5g and 6.79oz / 192.5g respectively, you'll barely even realise you're carrying them, and both will easily fit inside a jacket pocket.

HoverAir X1 PROMAX key specs

Camera: 1/1.3in CMOS & 16mm lens
Video resolution: Up to 8K
Frame rates: 8K up to 30fps, 4K up to 120fps, 10-bit HLG up to 60fps, FHD up to 120fps
Video transmission range: Phone (App): 500 m / Beacon (Controller) up to 1km
Flight modes: Manual flight and multiple intelligent flight modes
Battery: 1920mAh / up to 16 minutes flight time
Charger type: USB-C cable, charging hub, 65W power adapter
Weight: 6.79oz / 192.5g
Dimensions: 4.13 x 5.86 x 1.34in / 105 x 149 x 34mm folded / 6.81 x 5.86 x 1.53in / 173 x 149 x 39mm unfolded

The overall design is minimalistic, with just a single button surrounded by a directional selector button with a small OLED screen above. This is all you need to initiate flight with just the drone, although to adjust settings and intelligent flight mode parameters you will need to connect the drone to the smartphone app.

The propellers are fully enclosed in a tough plastic frame that keeps the propellers, people and objects safe. Plus, they can withstand bumps and crashesm – and, yes, this was put to the test when I turned quickly on a skateboard ramp and knocked the drone out of the air onto concrete.

The PRO and PROMAX are great at following subjects, but erratic movements where direction is changed in a split second can be problematic, because the drones can't respond quickly enough. Most of the time in these situations, the drones simply lose the subject.

The 1920mAh batteries are advertised to provide up to 16 minutes of flight time, and I was achieving flight times close to this in autumn temperatures, so this appears to be reliable.

Of course, this is nowhere near as long as a traditional camera drone, but the PRO and PROMAX are more suited to short bursts of flight, whether using the intelligent flight modes or manual control. Thermal batteries are available separately for use in cold climates with temperatures as low as -4F / -20C.

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HoverAir X1 PRO / PROMAX unfolded for flight

(Image credit: James Abbott)
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HoverAir X1 PRO / PROMAX bottom of drone

(Image credit: James Abbott)
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HoverAir X1 PRO / PROMAX enclosed propellers

(Image credit: James Abbott)
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HoverAir X1 PRO / PROMAX combo case with drone and accessories

(Image credit: James Abbott)
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HoverAir X1 PRO / PROMAX combo case

(Image credit: James Abbott)

To prepare the drones for flight, you simply fold the propeller guards out from beneath the airframe and you're ready to go once they're switched on and the desired mode is selected. This can be with just the drone, using the Hover X1 app or using a physical controller that's available separately and we'll cover that in the next section. Once you've finished flying, simply switch off and fold the drone and the gimbal tilts down to protect the lens.

Hover X1 app showing manual flight controls

(Image credit: James Abbott)

Going back to the Hover X1 app, the manual flight interface has been drastically improved and now works in horizontal mode with left and right virtual controls, overlaid on the large camera view, which allows you to enjoy the same level of control as a physical controller.

Admittedly, it's not as good as a physical controller, but I was able to achieve complex maneuvers using both controls at the same time while also incorporating gimbal movement.

This may not sound overly impressive, but for app-based drone control I was hugely impressed and this is the best application of virtual controls that I've ever used. I can confidently say that even if you were to not buy the physical controller, you can still enjoy camera drone-style manual flight, albeit at a shorter distance, with just the Hover X1 app.

  • Design score: 5/5

HoverAir X1 Pro: features and performance

  • Fast follow flight speeds
  • Intelligent flight modes
  • Palm take off

The main flight aspect of the HoverAir X1 PRO and PROMAX is the intelligent flight modes that use advanced AI algorithms to both track the subject and keep them in the centre of the frame. Just like the original HoverAir X1, the PRO and PROMAX perform superbly when tracking or flying around both static and moving subjects. One feature that makes flying and landing simple is palm take-off and landing, although you can land the drones like a camera drone when using the physical controller.

Both drones can achieve a follow flight speed of up to an impressive 26mph, with bursts up to 37mph. During testing, while cycling, both had no problems keeping up, but what was interesting and to a degree frustrating was the seemingly slow horizontal flight when flying manually. This was even after increasing the speed rates for the drones within Joystick settings in the Hover X1 app where 22.3mph should be possible.

The PRO and PROMAX have wind resistance Level 5, which equates to 24mph and is high when you consider the size and weight of the drone. It wasn't tested in winds of this level, but in gusts approaching 20mph, the two drones showed no signs of struggling and video remained smooth. Both can also fly over water, snow, cliffs and at night when OmniTerrain is active.

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HoverAir X1 PRO / PROMAX OLED screens

(Image credit: James Abbott)
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HoverAir X1 PRO / PROMAX together

(Image credit: James Abbott)
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HoverAir X1 PRO / PROMAX together

(Image credit: James Abbott)

The PRO and PROMAX, unlike the HoverAir X1, feature active collision detection with the PRO having active rear-side collision detection thanks to a proximity sensor, while the PROMAX offers this alongside vision-based rear-side collision detection using a vision sensor for more effective collision avoidance. Both systems work well when using the intelligent flight modes, but collision avoidance on the whole isn’t as effective as a 360-degree system.

The intelligent flight modes include Hover, Zoom Out, Follow, Orbit, Bird's Eye, Dolly Track and Side Track. All of these work as you'd expect, with Follow, Dolly Track and Side Track being the most fun.

Tracking performance is also excellent and the drones were able to navigate complex environments with ease. There's also Return to Home functionality that's particularly useful when flying the drone manually, but you do have to keep an eye on the video feed for potential obstacles.

Another difference between the two drones is the amount of onboard storage they offer, with the PRO having 32GB and the PROMAX packing in 64GB. This makes sense since the PROMAX is capable of capturing 8K video which has high storage demands. Both can also take microSD cards up to a 1GB capacity.

One aspect of the PRO and PROMAX that hugely improves useability and extends performance is the optional accessories. Whether or not you'll need these will come down to you, but they are all cleverly designed and transform the PRO and PROMAX into more of a drone system than simple selfie drones.

The Beacon is a small unit with a screen that improves subject tracking and can even be used to control the drones manually, although this is fiddly. The Beacon does improve tracking and provides the ability to change intelligent flight modes alongside displaying the camera view where you can capture video and shoot photos.

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HoverAir X1 PRO / PROMAX one handed controller

(Image credit: James Abbott)
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HoverAir X1 PRO / PROMAX carry bag

(Image credit: James Abbott)
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HoverAir X1 PRO / PROMAX beacon and joystick bundle

(Image credit: James Abbott)
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HoverAir X1 PRO / PROMAX beacon attached to bike

(Image credit: James Abbott)
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HoverAir X1 PRO / PROMAX joystick controller

(Image credit: James Abbott)
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HoverAir X1 PRO / PROMAX ND filters

(Image credit: James Abbott)

This does undoubtedly provide reliable tracking as tested when cycling using the HandleBar Mount, but the tracking the drones are capable of without the Beacon is so effective that it's not possible to say how much better the Beacon is. The Beacon screen with video record and photo buttons alongside the Live View is still useful and using the Beacon does instil confidence.

The Beacon is best paired with the Joysticks that can be used to create a one-handed motion controller, used together with the Beacon screen providing the camera view, or all of the above with your smartphone acting as the screen. The Joysticks attach to the end of the Beacon with grips that fold down to provide an impressive controller option.

Using the Beacon alone or as part of a controller option extends the range of the drone from up to 1640ft / 500m with the app to 3280ft / 1km with the Beacon. For the former, I'm not sure how reliable this is because when flying at 80m directly overhead I lost the video feed in the Hover X1 app, although I did maintain control of the drone.

Beacon-based control works well, although using early firmware has thrown up some connectivity issues when using a phone attached to the controller; these were being ironed out with updates during the testing period. There's also a Magnetic Clip for the Beacon to attach it to clothing, a Magnetic Adaptor Mount and a Handlebar Mount which make attaching the Beacon to yourself or your bike incredibly simple.

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HoverAir X1 PRO / PROMAX power case

(Image credit: James Abbott)
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HoverAir X1 PRO / PROMAX power case

(Image credit: James Abbott)

One accessory that's incredibly innovative and, indeed, useful, is the PowerCase for X1 PRO and PROMAX. This is a hard case where you attach an adaptor to the PRO or PROMAX and the case provides around 2.5 battery charges. There's a window that allows you to see the current charge level on the drone's OLED screen, and a strap can be attached for easy carrying. This case allows you to take out just the drone and a single battery, with plenty of charge for a day out.

Other accessories include a set of four ND filters for controlling shutter speed when capturing video. These are comprised of ND8, ND16, ND32 and ND64 filters in a small hard case. There's also a Multi-functional Carry Bag, which is a great way to carry the drones around and the bag can also be attached to the crossbar of bikes by unzipping the centre of the bag and using the enclosed Velcro straps.

  • Features & performance score: 5/5

HoverAir X1 Pro: image and video quality

  • PROMAX offers the best image quality
  • Video is great with both drones
  • Photo quality is good but not great

HoverAir X1 PRO / PROMAX camera

(Image credit: James Abbott)

Being a selfie drone with intelligent tracking capabilities, both the PRO and PROMAX produce better quality video than photos, with the PROMAX being the superior of the two. It's also the camera department where these two near-identical drones differ with the PRO sporting a 1/2in CMOS sensor with an equivalent focal length of 17mm. The PROMAX features a 1/1.3in CMOS sensor and 7-layer lens, alongside up to 14 stops of dynamic range and an equivalent focal length of 16mm.

The operation of the cameras and settings is identical for each drone, but the PRO is capable of capturing video in 4K at up to 60fps and 1080p at up to 120fps for slow motion capture. The PROMAX expands greatly on this with 8K up to 30fps, 4K at up to 120FPS for slow motion capture, 4K 10-bit HLG up to 60fps and 1080p up to 120fps. Image quality from both is great overall, although the PROMAX does excel here with improved image quality for both photos and videos.

File sizes for 8K videos are huge, and the need for most people to export at this resolution is limited. But with the PROMAX you can capture at 8K and export at 4K to produce sharp results with a future-proofed original resolution. But only if you have the storage available to keep such large video files. There are also 2.7K and 1080p vertical video options with both drones at frame rates up to 60fps.

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Photo taken with the HoverAir X1 Pro / PROMAX

(Image credit: James Abbott)
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Photo taken with the HoverAir X1 Pro / PROMAX

(Image credit: James Abbott)
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Photo taken with the HoverAir X1 Pro / PROMAX

(Image credit: James Abbott)
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Photo taken with the HoverAir X1 Pro / PROMAX

(Image credit: James Abbott)
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Photo taken with the HoverAir X1 Pro / PROMAX

(Image credit: James Abbott)
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Photo taken with the HoverAir X1 Pro / PROMAX

(Image credit: James Abbott)
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Photo taken with the HoverAir X1 Pro / PROMAX

(Image credit: James Abbott)
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Photo taken with the HoverAir X1 Pro / PROMAX

(Image credit: James Abbott)
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Photo taken with the HoverAir X1 Pro / PROMAX

(Image credit: James Abbott)
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Photo taken with the HoverAir X1 Pro / PROMAX

(Image credit: James Abbott)

Photo quality is good, but you can only capture stills in JPEG format and JPEG processing is visible at all ISO levels. Plus, naturally, color rendition is reduced as the ISO setting is increased so higher ISO photos do appear less saturated than those taken at lower settings. With the PROMAX being aimed more at content creation, the ability to capture photos in DNG format would make sense but is unfortunately unavailable.

The PRO captures photos at 4000x3000px with the ability to use a 2X zoom that produces photos at this resolution with little loss in image quality. The PROMAX can capture in this mode with the zoom feature available, or at a higher 8000x6000px resolution. The larger sensor of the PROMAX undoubtedly produces better image quality, but the PRO remains impressive overall.

  • Image and video quality score: 4/5

X1 Pro Max Beacon tracking video

X1 Pro Intelligent flight modes video

X1 PRO App and controller video

HoverAir X1 PRO & PROMAX: testing scorecard

Should I buy the HoverAir X1 PRO or the PROMAX?

Buy it if...

You want to track your adventures
The HoverAir X1 Pro and PROMAX are the best selfie drones available and are fantastic at tracking moving subjects, both drone-only and using the Beacon.

You value innovative design
These drones and their companion accessories are incredibly innovative and easy to use. They offer a true balance of style and substance.

You'd like a compact selfie drone
The folding aspect of the PRO and PROMAX makes them incredibly portable alongside their compact and lightweight design.

Don't buy it if...

You would like a more powerful drone
The HoverAir X1 PRO and PROMAX offer a wind resistance of Level 5, but larger medium-sized camera drones are much more suited to windy conditions.

You don’t want or need tracking functionality
The main point of selfie drones is their subject-tracking capabilities, so if you don’t want a drone primarily for this the PRO and PROMAX aren’t for you.

You're on a budget
The HoverAir X1 PRO and PROMAX aren't the cheapest selfie drones available, so if you're on a tight budget consider the DJI Neo which is much less expensive.

HoverAir X1 PRO & PROMAX: also consider

DJI Neo

The DJI Neo is a beginner friendly selfie drone with several different flight control options available to meet the needs of different types of drone pilot. It's capable of autonomous flight for capturing fast-paced action using AI algorithms and can capture up to 4K video and JPEG photos for a lower cost than the X1 PRO and PROMAX.

Read our in-depth DJI Neo review

How I tested the HoverAir X1 PRO & PROMAX

  • All features and functions tested
  • All accessories tested
  • Flown in challenging conditions

The HoverAir X1 Pro and PROMAX were tested primarily for their subject tracking capabilities using slower and faster-moving activities to test this. Each flight mode was used alongside manual flight with the Hover X1 app and the Joysticks attached to the Beacon for a camera drone-like experience.

All video and photo modes were tested in a range of lighting conditions extending from bright sunlight to overcast to low light at dusk to push ISO settings. All accessories were also tested to see how much and how well they enhanced the overall useability of the PRO and PROMAX.

Having previously reviewed the HoverAir X1 and the DJI Neo, I was aware of what to expect with drones of this type. But with enhanced features including faster flight speeds, it was possible to push these drones harder to fully experience their capabilities.

First reviewed October 2024

DJI Air 3S review: soaring closer to camera-drone perfection
4:02 pm | October 15, 2024
Author: admin | Category: Cameras Computers Drones Gadgets | Tags: , | Comments: Off

DJI Air 3S: one-minute review

The Air 3S is the latest flagship model in DJI’s mid-range Air series of consumer camera drones, supplanting the July 2023-launched DJI Air 3. Like the Air 3, the Air 3S’s main draw is its two-camera setup: instead of a single camera for aerial photos and video, its camera module pairs wide-angle and medium-telephoto cameras, mounted on a three-axis gimbal on the drone’s nose.

In many ways – physical design, specifications, battery life, and pricing – the Air 3S and Air 3 are close, if not virtually indistinguishable. That being said, the Air 3S does offer a couple of notable improvements over its predecessor: a larger image sensor on one of its cameras, and a more effective omnidirectional object-sensing system to help it avoid mid-air collisions with obstacles. With the front-facing sensors now powered by LiDAR rather than standard vision tech, DJI says the Air 3S is better at navigating tricky terrain at night. It’s also packed with technology that makes it easy to fly, including automatic take-off and landing, advanced return-to-home flight, and super-stable video transmission courtesy of DJI’s O4 system. The battery life is very impressive too, with a full charge providing up to 45 minutes of flight time.

The cameras are both excellent, able to shoot raw photos and 10-bit 4K video at 60fps (120fps in slow-motion mode) with HLG or D-Log M color profiles that allow more flexibility in post-production. Users can expect up to 14 stops of dynamic range, plus superb stability in footage thanks to the three-axis gimbal. The new larger sensor on the wide-angle camera, meanwhile, gives the Air 3S a distinct advantage over the Air 3 when it comes to shooting in lower-light conditions.

DJI Air 3S camera drone photographed from above

(Image credit: Future | Sam Kieldsen)

DJI suggests that the Air 3S’s compact size and camera arrangement make it ideal for travel photography and video, but potential buyers should note that its take-off weight puts it in a class of drone that requires much more regulatory and administrative hoop-jumping than an ultra-lightweight model like the DJI Mini 4 Pro. EU- and UK-based users will need to have completed a paid competency course and passed an exam in order to fly it in almost any public space or built-up area, and US-based users will have to register the drone and pass an exam.

If you can live with the paperwork and revision, however, the DJI Air 3S is a truly fantastic mid-range camera drone that’s safe and easy to fly, capable of capturing gorgeous photos and videos, and only a little more expensive than the Air 3. If you already own the latter, we’d suggest you stick with it for now, but for anyone upgrading from an entry-level drone, the Air 3S represents a logical progression.

DJI Air 3S: release date and price

  • Released October 15 2024
  • Base kit costs $1,099 / £959 / AU$1,699
  • Fly More Combo bundles from $1,399 / £1,239 / AU$2,129

The DJI Air 3S is available to buy from the day it was announced to the world: October 15 2024.

At launch, it’s available in three different configurations. The base kit, which consists of the drone, a single battery and an RC-N3 controller, costs $1,099 / £959 / AU$1,699, and there are also two Fly More Combo bundles available. These include the drone, three batteries, a battery charging hub, an ND filter set and a shoulder bag, in addition to a controller. The Fly More Combo with an RC N3 controller costs $1,399 / £1,239 / AU$2,129, and the Fly More Combo with an RC N2 controller costs $1,599 / £1,439 / AU$2,429.

This makes the Air 3S slightly more expensive than the Air 3, as you’d expect, slightly cheaper than the larger Mavic 3 Classic and significantly cheaper than the Mavic 3 Pro.

  • Price score: 4.5/5

DJI Air 3S: specs

DJI Air 3S: design and handling

  • Compact folding design
  • Weight puts it in UK A2 subcategory
  • Level 6 wind resistance (up to 12m/s or 26mph)
  • 42GB of internal storage plus microSD card slot

The Air 3S sports a folding design that’ll be familiar to anyone who’s encountered a DJI Mini, Air or Mavic drone before: a blocky main body with a gimbal-mounted camera at the nose and space for a battery at the back, plus four fold-out arms holding the motors and rotors that keep the drone airborne.

When fully folded it’s compact and lightweight enough to carry around in a small bag – although with extras like a controller and spare batteries you’ll probably want to carry it in something with a bit of room and extra protection. I found that the shoulder bag that comes with the Fly More Combo bundles does the job perfectly, as it features padded partitions to keep all the elements snugly and safely in place, plus a zip-up pocket for cables, spare propellers, ND filters and the like. DJI also supplies the Air 3S with a hard plastic cover to keep the delicate camera and gimbal protected during transport.

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DJI Air 3S camera drone

(Image credit: Future | Sam Kieldsen)
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DJI Air 3S camera drone

(Image credit: Future | Sam Kieldsen)
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DJI Air 3S camera drone

(Image credit: Future | Sam Kieldsen)
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DJI Air 3S camera drone

(Image credit: Future | Sam Kieldsen)

At 724g take-off weight, the Air 3S is subject to more restrictions on its use than a sub-250g drone like the DJI Mini 4K. In the US, for instance, recreational Air 3S users will need to register their drone with the FAA and have passed the TRUST exam. In the UK, recreational users, in addition to getting a flyer ID and passing the CAA’s free online theory test, will also need to fly the Air 3S at least 50m away from people and 150m from ‘residential, commercial, industrial or recreational areas', with the latter including parks, beaches and the like. UK pilots who take and pass the A2 CofC course (which costs around £100 and requires taking a 90-minute invigilated exam) will be able to fly their drone in the above areas, provided it remains at least 50m from people.

So, the Air 3S’s weight does present an issue that sub-250g drones do not. It’s not a deal-breaker by any means – anyone willing to put in a bit of time, effort and money into learning how drones work can have a lot of legal fun with this thing – but I think it’s enough to put off casual users. They should just get a Mini or DJI Neo instead.

I found the Air 3S to be a solidly constructed piece of equipment and, while I’ll talk about its flight capabilities in the next section of this review, its sturdiness and motor power mean it can stand up to pretty strong winds, hovering in place in gusts of up to 12m/s or 26mph.

It’s flown with a remote controller. For this review, I used the touchscreen-equipped, 420g RC 2 controller, which is also solidly built and comfortable in the hand. It has a bright 5.5-inch Full HD screen, 32GB of storage capacity, and controls for both flight and camera functions. It connects to the drone in seconds, and it’s just excellent all-round, and I much prefer it to having to mess around with my iPhone and a smaller controller.

The drone’s connectivity is nice and simple. At the back there's a USB-C port which can be used to charge the battery or transfer data, plus a microSD slot for storing videos and photos. However, you may not need to use the latter, as DJI has added 42GB of on-board storage here – room enough for about one hour of 4K/60p footage, 2.5 hours of FHD/60p footage, over 2,200 raw photos or 5,400 JPEGs.

  • Design score: 4.5/5

DJI Min 4K: features and performance

  • Up to 45 minutes flying time per battery
  • Automatic return-to-home feature
  • Omnidirectional obstacle sensing including forward-facing LiDAR
  • Up to 20km transmission distance

When it comes to flight performance and safety, the Air 3S improves even on the strong showing of previous Air and Mavic drones.

The battery life is roughly the same as the Air 3’s, lasting an impressive 45 minutes in ideal conditions. In reality, due to wind speed and other factors, you’ll get significantly less, but I never felt any major anxiety over the battery running low while flying due to the strong starting point. I also had two additional batteries to use as I was sent the Fly More Combo for testing, so I could land the drone, quickly swap out a flagging battery for a fresh one and get back in the air, all within a minute or so.

Batteries can be charged on the go ‘in-drone’ using the USB-C port, but the Fly More Combo’s charging hub does things much better. Not only can it accommodate three batteries at once, charging them in sequence; it can also consolidate the remaining battery power from two half-spent batteries into a third. Charging speed varies depending on the power adapter used, but a DJI 100W adapter will refill an empty battery in about one hour.

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DJI Air 3S camera drone battery charging hub

(Image credit: Future | Sam Kieldsen)
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DJI Air 3S camera drone RC 2 controller

(Image credit: Future | Sam Kieldsen)

Flying itself is about as simple as it gets. The controller’s flight app takes care of a lot of the busy work (you press a button on the touchscreen to take off, for instance), and GPS means the drone can be brought back to its home point at any time for a safe landing; it’ll also return to home automatically in the event of the signal being lost or the battery reaching low levels. As with most DJI drones there are three flight modes: Normal, Cine (which slows things down to help you get smooth video), and Sport, which turns off safety features and increases the top speed to around 21m/s (or about 50mph).

The twin stick controls are easy to learn, and the Air 3S flies much like any other quadcopter – as someone who’s been flying them for over a decade now, very little has changed except for battery life and the level of safety features, both of which just keep getting better. The Air 3S has omnidirectional object sensing, allowing it to avoid crashing into trees, lampposts and the like (either by braking automatically or re-routing itself around them), and is DJI’s first drone to use LiDAR for the front-facing sensors. DJI claims that this helps to make the obstacle detection far more effective at night, where traditional vision-based sensors can fail to spot objects.

Due to UK restrictions about flying in public parks or built-up places, I wasn’t able to test the Air 3S’s obstacle-dodging capabilities as rigorously as I would have liked, but even during some dusk-time flying I noticed the directional sensor indicators blinking on the controller’s screen when I was taking off and landing the drone. I would say, though, that the front-facing LiDAR isn’t going to help object sensing with obstacles to the side or rear of the drone at night. These sensors still use vision to detect things, and in low light they don’t work as well. So you'll still need to exercise caution at night.

DJI’s O4 video transmission system (the same as used on the Air 3) is robust and slick, beaming a low-latency FHD/60fps image live from the Air 3S’s camera to the RC 2’s screen. I never had it cut out or even stutter during the week I was testing the drone. That said, even though the transmission’s theoretical range is up to 20km I never flew the Air 3S further than a few hundred meters from me due to UK drone laws dictating that drones must remain in visual range of the operator.

In terms of special flight modes, the Air 3S features ActiveTrack 360º, which debuted on the DJI Mini 4 Pro and was later added to the Air 3 via firmware update. This feature allows you to drag a box around a subject on the touchscreen and have the drone perform movements around it while keeping it centered in the shot, all while using its obstacle detection system to avoid crashing. The idea is that you can walk, run, ride a bike, ski or skateboard and the drone will automatically follow along, effortlessly dodging potential obstacles while moving around you and creating cinematic shots.

  • Features score: 4.5/5

DJI Air 3S: image and video quality

  • Dual-camera setup (wide-angle and medium-tele)
  • 1-inch (wide-angle) and 1/1.3-inch (medium-tele) sensors
  • 4K video at up to 120fps and 2.7K vertical shooting
  • DNG raw and JPEG still photos

Folded DJI Air 3S drone with camera

(Image credit: Future | Sam Kieldsen)

The Air 3 has a dual-camera array, with wide-angle (equivalent to 24mm on a standard 35mm camera) and medium-telephoto (equivalent to 70mm) options to switch between. The Air 3S has practically the same setup but better, thanks to DJI upping the physical size of the wide-angle camera’s CMOS sensor from 1/1.3-inch to 1-inch. The tele camera keeps the same 1/1.3-inch CMOS as the Air 3’s. Both cameras’ lenses are fixed-aperture, so videographers will probably want to ensure they get hold of DJI’s ND filter set in order to use slower shutter speeds on sunny days.

I think having more than one camera on a drone is a brilliant asset. The tele lens really expands the Air 3S’s creative options, both by allowing it to get ‘closer’ to subjects while staying physically far away and by giving it the ability to compress perspective to give a scene a different look. There’s a digital zoom option for both cameras, but it does noticeably soften the video quality, and I tried to avoid using it in order to keep my videos and photos as sharp and crisp as possible.

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Aerial photographs taken using the DJI Air 3S drone

DJI Air 3S shot with wide-angle camera (Image credit: Future | Sam Kieldsen)
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Aerial photographs taken using the DJI Air 3S drone

DJI Air 3S shot with medium tele camera (Image credit: Future | Sam Kieldsen)
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Aerial photographs taken using the DJI Air 3S drone

DJI Air 3S shot with medium tele camera (Image credit: Future | Sam Kieldsen)
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Aerial photographs taken using the DJI Air 3S drone

DJI Air 3S shot with medium tele camera (Image credit: Future | Sam Kieldsen)
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Aerial photographs taken using the DJI Air 3S drone

DJI Air 3S shot with medium tele camera (Image credit: Future | Sam Kieldsen)
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Night-time aerial photo of harbour taken with DJI Air 3S drone

(Image credit: Future | Sam Kieldsen)
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Aerial photographs taken using the DJI Air 3S drone

DJI Air 3S shot with medium tele camera (Image credit: Future | Sam Kieldsen)
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Aerial photographs taken using the DJI Air 3S drone

DJI Air 3S shot with wide-angle camera (Image credit: Future | Sam Kieldsen)
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Aerial photographs taken using the DJI Air 3S drone

DJI Air 3S shot with medium tele camera (Image credit: Future | Sam Kieldsen)

DJI has packed a lot of video and photo options into the Air 3S, albeit nothing that really surpasses the range of options that comes with the original Air 3. Both the wide-angle and tele camera can capture 4K video at 24/25/30/48/50/60/120fps (with 120 reserved for slow-motion footage), FHD video at the same frame rates plus 240fps (again, with 120 and 240fps reserved for slow-motion), and TikTok-friendly 2.7K vertical 9:16 video at 24/25/30/48/50/60fps. Video can be captured in normal, HLG and D-Log M color modes, with 8-bit and 10-bit options for normal (HLG and D-Log M are always 10-bit) encoded in H.264 or H.265.

Photos can be capturing in DNG raw format and/or JPEG. The wide-angle camera takes photos at 12MP or 50MP resolution, while the medium tele takes them at 12MP or 48MP resolution.

The major difference between the cameras here and on the original Air 3 is the larger sensor on the wide-angle camera, which boosts its performance, particularly in low-light situations.

As you can see from the photo and video samples above, image quality is generally excellent – including in those tricky dusk and night-time conditions. I thought the Air 3 was a fine performer in this regard already, but the Air 3S’s larger sensor bumps the wide-angle camera’s low-light capabilities; these images look clean, clear and noise-free in situations where smaller sensor 4K cameras, like the one on the DJI Mini 4 Pro, would struggle.

I had a blast color-correcting and grading the footage shot in 10-bit D-Log M. I used DaVinci Resolve Studio 19 for this, which already includes some DJI LUTs for converting D-Log M footage. There was plenty of scope for grading here, and aerial videographers who want to create great-looking footage and have maximum control over the end results will love what the Air 3S’s cameras can do.

  • Image quality score: 4.5/5

DJI Air 3S sample video 4K

DJI Air 3S: testing scorecard

DJI Air 3S drone hovering in flight

(Image credit: Future | Sam Kieldsen)

Should I buy the DJI Air 3S?

Buy it if...

You need a two-camera drone
The Air 3S’s dual-camera setup opens up a world of new shooting possibilities. If you’re used to wide-angle only, having the extra camera feels like a breath of fresh air.

The Mavic 3 Pro is too expensive
The triple-camera Mavic 3 Pro is still the pinnacle of DJI’s consumer range – and still pricey. If you want something approaching its capabilities at a much cheaper price, the Air 3S is ideal.

You want great battery life
Up to 45 minutes from a full battery takes much of the time-related anxiety out of flying. And you'll get three times that with the Fly More Combo bundle.

Don't buy it if...

You want a casual camera drone
The price and weight class of the Air 3S makes it more suited to drone experts than beginners. If you’re starting out, a cheaper sub-250g drone like the DJI Mini or Neo is a much better choice.

You already own a DJI Air 3
The Air 3S is an improvement on its predecessor, but not enough of one to warrant an expensive upgrade – unless you’re really picky about low-light video performance.

DJI Air 3S: also consider

DJI Mini 4 Pro

Currently our favourite sub-250g drone around, the Mini 4 Pro is an ultra-lightweight folding drone that can be legally flown almost anywhere. It doesn’t lack for advanced features, though, with omnidirectional object avoidance tech and a fantastic gimbal-mounted 4K camera.

Read our in-depth DJI Mini 4 Pro review

DJI Mavic 3 Pro

The world’s first triple-camera consumer drone is about as versatile and high-quality as it gets for aerial imaging without spending many thousands of dollars or pounds. It’s easy and safe to fly too, but its 900g weight means it’s subject to the same legal flight restrictions as the Air 3S.

Read our in-depth DJI Mavic 3 Pro review

How I tested the DJI Air 3S

DJI Air 3S drone landed on deck

(Image credit: Future | Sam Kieldsen)
  • One week of use
  • Flown with the DJI RC 2 Controller
  • Camera tested in sunny, cloudy, windy and low-light conditions

I’ve been testing the DJI Air 3S for a week using pre-launch firmware and the Fly More Combo, which meant I had a couple of extra batteries and the RC 2 touchscreen controller, plus the ND filter set and a nice sturdy bag to carry everything around in.

I flew the drone in a variety of locations near my home on the English coast, including in potentially tricky windy and low-light conditions, although legal restrictions meant I couldn’t fly it close to buildings or in public parks, which did make testing out the drone’s obstacle avoidance system quite hard.

I captured photos and videos in a wide variety of formats, editing and adjusting my images and clips using Adobe Lightroom and DaVinci Resolve 19 on my computer.

First reviewed October 2024

DJI Mini 4K review: your best first drone
5:08 pm | October 2, 2024
Author: admin | Category: Cameras Computers Drones Gadgets | Tags: , | Comments: Off

DJI Mini 4K: one-minute review

Considering that the DJI Mini 4K is the best budget drone for beginners, it made an understated entrance. There were no bells and whistles, just a quiet appearance on Amazon, and I can see why: it's essentially the same drone as DJI's previous entry-level model, the Mini 2 SE, only with higher-resolution 4K video, which also enables a 2x digital zoom.

Video quality is further bolstered by a higher 100Mbps bitrate, but otherwise this is almost an identical drone to the Mini 2 SE. That's no bad thing – DJI has addressed the former's single weakness – 'just' 2.7K video – and priced its successor aggressively. In one fell swoop, DJI outgunned the growing competition, which includes capable rivals such as the Potensic Atom.

Since the Mini 4K was launched, DJI announced an all-new drone, the DJI Neo, which is even cheaper than the Mini 4K and shoots 4K video. However, the half-size selfie drone is an altogether different proposition. If you want the traditional drone-flying experience, complete with a 3-axis mechanical gimbal and sturdier flight performance including level 5 wind resistance, the Mini series, in which the Mini 4K is the new entry-level model, remains your best bet. If you want even simpler operation, and smart AI-subject tracking features, the Neo is a fun alternative.

DJI Mini 4K beginner drone folded away and in the hand

(Image credit: Future / Tim Coleman)

The Mini 4K offers decent battery life of up to 31 minutes on a single charge, and if you opt for the pricier Fly More Combo bundle you'll get an extra couple of batteries and charging hub thrown in for good measure.

DJI offers perhaps the most rounded experience for beginner pilots, with clear tutorials on the DJI Fly app, through which you control the Mini 4K's flights, complete with a scaled-back selection of DJI Quickshots flight moves, including dynamic movements such as Helix, Circle and Boomerang that will quickly elevate the quality of your aerial videos.

If money is no object, the DJI Mini 4 Pro remains the most accomplished sub-250g choice, with its clever subject tracking and industry-leading flight safety features like omnidirectional object sensing. But if you simply want to see what all the fuss is about with drones without risking a huge amount of money, you can't go wrong with the DJI Mini 4K. It's excellent value, and the most capable sub-$300 / £300 drone on the market, even if the Neo has more flight options.

DJI Mini 4K: release date and price

  • Released April 29 2024
  • Not available from the DJI store in Australia
  • The base kit costs just $299 / £269
  • Fly More Combo bundle costs $449 / £399

The DJI Mini 4K was announced in April 2024, and is aggressively priced at $299 / £269 for the base kit, which made it DJI's cheapest 4K drone until the DJI Neo was launched in September 2024 (though as mentioned the Neo is a different kind of drone). That launch price was 10% cheaper than that of the DJI Mini 2SE, which is practically the same drone as the Mini 4K, although the former only shoots 2.7K video, making the Mini 4K excellent value by comparison.

Should you want the Fly More Combo bundle, which includes an additional two batteries, a charging hub and a shoulder bag, the price jumps up to $449 / £399. The Mini 4K is currently not directly available from DJI in Australia.

  • Price score: 4.5/5

DJI Mini 4K beginner drone in flight with soft-focus foliage in the background

(Image credit: Future / Tim Coleman)

DJI Mini 4K: specs

DJI Mini 4K: design and handling

  • Weighs less than 250g
  • Level 5 wind resistance provides reasonably stable flight
  • Three-axis gimbal for smooth video footage
  • Downward-facing sensors only, no other obstacle avoidance

The DJI Mini 4K is practically a carbon copy of the Mini 2 SE. That means it remains under 250g, and within the regulator-friendly category for most regions (there are no registration or ID requirements for recreational use in the US). Given that it has a camera though, users in the UK will need to register with the CAA for a flyer ID before taking flight.

The Fly More Combo bundle I tested includes replacement propellors and a screwdriver for when you need to swap out old or damaged propellors for new ones, two spare batteries and a charging hub, plus the RC-N1C remote controller. The controller connects to your phone, with a clamp that extends to hold just about any size of phone, plus it comes with USB-C / Lightning cables for a direct connection to your Android phone or older iPhone.

There's a single camera, capable of shooting 12MP photos in JPEG or raw (DNG) format (the latter provides more editing flexibility) and video up to 4K. The camera is supported by a three-axis mechanical gimbal to ensure that your video footage is as smooth as possible.

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DJI Mini 4K beginner drone on a wooden table

(Image credit: Future / Tim Coleman)
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Close up of the DJI Mini 4K beginner drone's arm, on a wooden table

(Image credit: Future / Tim Coleman)
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Close up of the DJI Mini 4K beginner drone's weight markings, on a wooden table

(Image credit: Future / Tim Coleman)
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Closeup of the DJI Mini 4K beginner drone's USB-C and memory card ports

(Image credit: Future / Tim Coleman)

Once you have the DJI's Fly app installed and your phone connected to the controller, it takes little to no time to get airborne: press and hold the take-off button and the Mini 4K will rise to a height of 1.2m, and hover while you get yourself in the zone for flying.

Wind resistance is rated for up to level 5 – that's up to 19-24mph / 29-38kph, which is slightly more robust than the DJI Neo, which is only rated up to level 4. I found the Mini 4K was able to withstand a moderate breeze, although of course you can hear and see it fighting to remain stable in such conditions, and I'd advise against attempting to fly in properly windy conditions.

The Fly app, together with the controller, offer several functions: Return to Home (RTH), QuickShots flight moves, and a variety of camera modes, including photo and video capture (with a button on the controller to switch between the two), panorama, and Timed Shot (interval shooting).

If you're getting started with drones, the Mini 4K has plenty for you to sink your teeth into. One notable omission, though, which you won't find on a drone at this price point, is obstacle avoidance. There are two downward-facing sensors that assist the drone for landing and can detect objects, with a precision range of 0.5-10m, but you're not getting the sophisticated omnidirectional obstacle avoidance of the pricier Mini 4 Pro.

I've been using the Mini 4K with the RC-N1C controller for months, and naturally, without obstacle avoidance crashes are almost inevitable. However, I've found that the Mini 4K has withstood minor collisions with tree branches and so on, and the consequent tumbling to the ground, admirably. It might be plastic, but the Mini 4K can take a few knocks.

You can register for DJI Care Refresh within 48 hours of activating the Mini 4K, which covers you for two replacements, water damage and flyaway, and which is probably a good idea if you tend to be more gung-ho rather than overly cautious. Prices for this start at $59 / £35.

  • Design score: 4.5/5

DJI Min 4K: features and performance

  • Quickshots for easy flight moves
  • Normal, Sport and Cine flight modes
  • Decent battery life of up to 31 minutes
  • Maximum transmission 10km (FCC) / 6km (CE/SRRC/MIC)

DJI lists the Mini 4K's flight time as up to 31 minutes, but that's measured in a controlled setting. What you actually get in real-world use is almost certainly less, and will be influenced by factors including wind speed and the flight maneuvers you're performing, and overall it's better to keep your expectations on the lower side. That said, with typical use in moderate wind I was averaging over 20 minutes, and I'm not sure that you'll find a better battery performance in another drone at this level.

I was also armed with the two additional batteries included in the Fly More Combo, effectively tripling flight times on any given outing, and the charging hub can be topped up on-the-go via USB-C.

The maximum transmission range is up to 10km, depending on what region you're flying in and what level of interference there is where you're flying. Users in Europe, for example, are restricted to 6km. In any case, beginners are unlikely to get anywhere near those kinds of distances on a single flight, and you'll need to make sure that Return to Home is set up for your take-off point in the likely event you get disorientated as to the drone's position.

You can configure the Mini 4K's max possible altitude and flight distances, and the height at which it rises to when Return to Home is initiated. There's a 500m altitude cap, although if you're playing it safe as a beginner you should stick to 150m or lower, which will likely be the legal limit in your region anyway if you don't have a certificate of competency. Again, max distance can be set up to 5000m or the limit removed entirely, but when you're starting out it's probably a good idea to stick to much closer. The Mini 4K is fed all of this data through GPS + GLONASS + Galileo satellite systems.

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DJI Mini 4K's RC controller on a wooden table

(Image credit: Future / Tim Coleman)
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Top of the DJI Mini 4K beginner drone on a wooden table

(Image credit: Future / Tim Coleman)
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Underside of the DJI Mini 4K beginner drone on a wooden table

(Image credit: Future / Tim Coleman)
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DJI Mini 4K beginner drone folded away and in the hand

(Image credit: Future / Tim Coleman)

On the controller you'll find three flight modes: Cine, Normal and Sport, each with a different max speed and responsiveness. Cine mode is the slowest of the three, designed to get you the smoothest possible aerial videos, while of course Sport is the niftiest to unleash piloting fun.

Flight speeds in Sport mode top out at 35.79mph and are no match for FPV drones in manual mode such as the DJI Avata 2, but are plenty quick enough while you find your feet and build your piloting skills. Cine mode is significantly slower than that.

And then there's DJI QuickShots flight moves, which include Dronie, Helix, Rocket, Circle, and Boomerang. Circle performs a lateral 360-degree move around your chosen subject – you simply select suggested subjects or draw a box around the chosen subject, and off the drone goes into action. Boomerang does a similar move while gradually gaining height.

These simple flight moves can improve the quality of your aerial videos as you center on points of interest around you. Other DJI drones have additional QuickShots moves in Spotlight and Follow. The Mini 4K does not offer Follow, and it lacks Follow Me subject tracking, which you get with pricier models and even the new Neo selfie drone.

  • Features score: 4.5/5

DJI Mini 4K: image and video quality

  • 1/2.3-inch sensor
  • Up to 4K 30fps video, 2.7K up to 60fps
  • 12MP JPEG + RAW photos

DJI Mini 4K beginner drone on a wooden table

(Image credit: Future / Tim Coleman)

The Mini 4K's 1/2.3-inch sensor is larger than the sensor found in the Neo, and smaller than the one in the Mini 3 and Mini 4 Pro drones. As such, its 4K video image quality sits somewhere in the middle in terms of color depth, dynamic range and low-light clarity.

That sensor size is roughly equivalent to what you'd find in a standard smartphone, only you don't have the computational photography modes and HDR settings afforded to today's handsets; if the sun is directly in your shot, expect blown-out highlights. However, I still found detail to be very sharp at first light before the sun lapped over the landscape.

Video resolution tops out at 4K 30fps, while cinematic half-speed 60fps videos can be shot in 2.7K and Full HD resolutions. Photos are up to 12MP (in 4:3 aspect, with a 16:9 cropped format also available) and can be shot in either JPEG or raw, with the latter offer more editing flexibility. Files are recorded onto microSD card, with compatibility for cards up to 256GB.

DJI has upped the maximum video bitrate to 100Mbps (it was 40Mbps in the Mini 2 SE). So not only does the Mini 4K offer higher-resolution video than the Mini 2 SE, but its 2.7K video is also less compressed.

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Aerial view of lake at dawn, shot on DJI Mini 4K

(Image credit: Future / Tim Coleman)
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Aerial view of fields at golden hour, shot on DJI Mini 4K

(Image credit: Future / Tim Coleman)

There's a standard color profile for photo and video – what you see is what you get. However, you can easily edit the colors in raw DNG format photos in your choice of photo editor. If you're a keen editor, you'll probably want to shoot photos in both raw and JPEG, just in case the JPEG photos aren't to your taste. However, there's no flat color profile for video, which is pretty normal for a beginner drone, so there's not much scope for color-grading videos.

What's unusual for a drone at this price point is that you can switch from the Mini 4K's Auto setting to a Pro mode for manual control over exposure settings for photo and video, including the 1/30 to 1/8000 shutter speed and ISO 100 to 3200 ranges. That's an excellent feature for discerning image makers, though I suspect most people will keep the Mini 4K in Auto and be pleased with the results.

The three-axis gimbal offer a -110° to 35° tilt range, -35° to 35° of roll and -20° to 20° pan, and works in tandem with image stabilization to give you smooth video footage. Unless you're fighting high winds or making jerky movements on the controller – which requires significant finesse – then you can expect super-smooth video footage, especially in Cine mode.

  • Image quality score: 4.5/5

DJI Mini 4K sample video 4K

DJI Mini 4K Quickshots

DJI Mini 4K: testing scorecard

DJI Mini 4K beginner drone in flight with soft focus tree foliage in the background

(Image credit: Future / Tim Coleman)

Should I buy the DJI Mini 4K?

Buy it if...

You want the best 4K drone under $300
Putting the DJI Neo aside, which is a different proposition, the Mini 4K is the best drone money can buy for under $300.

You’re buying your first drone
The Mini 4K is a superb first drone, with decent flight performance and video quality, plus manual control over camera settings.

You want decent battery life
Up to 31 minutes from a fully charged battery is very impressive, and you'll get triple that with the Fly More Combo kit.

Don't buy it if...

You want the very best sub-250g drone no matter the cost
If money is no object, your best first drone is the DJI Mini 4 Pro.

You're more interested in aerial selfies than flying
DJI's Neo is smaller, cheaper and even easier to use, with intelligent subject tracking making selfies on the move an autonomous doddle.

You'd be better off with obstacle avoidance
The Mini 4K only has downward-facing sensors primarily designed to aid landing, whereas the Mini 4 Pro has omnidirectional obstacle avoidance that'll help you avoid crashes.

DJI Mini 4K: also consider

Potensic Atom

Not to be confused with the Potensic Atom SE, this accomplished drone for beginners finally gave DJI firm competition at this point of the market, thanks to its 4K video, intelligent flight features and manual camera control. DJI then went and priced the Mini 4K aggressively and it's a slightly more rounded drone overall, but the Atom can be found on sale for less.

Read our in-depth Potensic Atom review

DJI Mini 4K Pro

If money is no object, then the Mini 4K Pro is the best beginner drone available. Around 3x the cost, it still falls below 250g and therefore within the same category of drone as the Mini 4K, with very few restrictions, plus it's an easier drone to test your wings thanks to omnidirectional obstacle avoidance and smart subject tracking. If however, it's out of your budget, then the older Mini 3 is the next model up from the Mini 4K in DJI's range of beginner drones.

Read our in-depth DJI Mini 4K Pro review

How I tested the DJI Mini 4K

Close up of the DJI Mini 4K beginner drone's arm, on a wooden table

(Image credit: Future / Tim Coleman)
  • Long term use
  • Flown with the DJI RC-N1C Controller and Fly app
  • Videos and photos made with all available file formats

I've had the DJI Mini 4K for months, and during this time have become very familiar with it. The Fly More Combo was bundled with the charging hub, two extra batteries and the DJI RC-N1C controller, through which I have controlled the drone, via the DJI Fly app for Android.

The tiny drone has been flown in all kinds of weather, even inclement, showing it's able to withstand light rain and reasonably brisk wind. It's taken a few knocks into tree branches and has so far withstood this rough treatment.

I've made photos and videos with all of the available settings, which includes 4K, 2.7K, Full HD videos, plus 12MP JPEG and RAW photos, in good light and low light at dusk.

First reviewed September 2024

DJI Neo review: autonomous simplicity with a few surprises up its sleeve
4:00 pm | September 5, 2024
Author: admin | Category: Cameras Computers Drones Gadgets | Tags: , | Comments: Off

If you’ve heard of the HoverAir X1, you’ll already have some idea of what the DJI’s latest drone, DJI Neo is capable of. But in true DJI fashion, the Neo isn’t simply capable of incredibly easy-to-operate autonomous flight to capture photos and videos, it can also be flown like a camera drone and even used as an FPV drone when paired with DJI’s FPV controllers and goggles.

It’s often said that one size rarely fits all, but the Neo does an impressive job of catering to a wide range of drone pilots from absolute beginners looking for pure simplicity to advanced FPV pilots and everyone in between. It’s an interesting and exciting concept that moves the Neo away from simply being a clone of the HoverAir X1.

DJI Neo head on sitting on stone

(Image credit: James Abbott)

It’s still an extremely simple drone, electronics and algorithms aside, with only downward visual positioning and a single-axis gimbal. Stabilization is provided in-camera unless switched off with Rocksteady or HorizonBalancing modes available. Stabilization is achieved thanks to the 1/2-inch sensor providing plenty of pixels to cover up to 45 degrees of horizontal tilt when capturing video.

Photo and video capture is pretty basic with 4K 30fps being the only UHD option, while FHD can be shot at 30, 50 and 60fps. 12MP photos can only be captured in JPEG format and can be set to 4:3 or 16:9 aspect ratios. This comes as little surprise given the competitive price of the Neo, but with multiple controller and flight options available, a little more functionality in the photo and video department is always welcome.

DJI Neo: release date and price

  • Released September 5 2024
  • The base kit costs just $199 / £169 / AU$299
  • Fly More Bundle costs £299 / AU$539 but not available in the US

The DJI Neo was announced and is available for sale in the DJI Store and other retailers on September 5 2024. Despite the multiple ways the Neo can be controlled, there are two main kits available with the base kit including the drone, battery and accessories costing $199 / £169 / AU$299. 

This kit allows for controller-free and app-controlled flight, while the Fly More Bundle includes the drone, a DJI RC-N3 Controller, three Smart Batteries and a Battery Charging Hub. This kit costs $289 (DJI Neo Combo in US which doesn't include the controller) / £299 / AU$539.

The Fly More Bundle allows for controller-free, app control and to fly the Neo like a camera drone using the RC-N3 Controller. The Neo can also be paired with the DJI FPV Remote Controller 3 and DJI Goggles 3 for manual FPV flight, or the goggles and the DJI RC Motion 3 for intuitive FPV control. 

If you don’t already own these devices, they will drive up the cost of the Neo substantially to the point where the DJI Avata 2 could be the better option if FPV is your thing.

DJI Neo on stone at an angle

(Image credit: James Abbott)

DJI Neo: design and handling

  • Micro whoop design
  • Enclosed propellers
  • Single axis gimbal

To cut a corner or two, the easiest way to describe the Neo is to say it’s a little like a mini DJI Avata 2; it has propeller guards, but with top and bottom guards to protect people during autonomous flight, and the camera sits at the front and moves and stabilizes mechanically on a single axis. Horizontal stabilization is applied electronically in-camera.

DJI Neo key specs

Camera: 12MP 1/2-inch sensor
Video resolution: Up to 4K
Frame rates: 4K 30fps / FHD up to 60fps
Video transmission range: 6.2 miles (FCC), 3.7 miles (CE/SRRC/MIC)
Flight modes: Sport, Normal, Cine (Manual with the FPV Controller 3)
Battery: 1435mAh / up to 18 minutes flight time
Charger type: USB-C / Battery Charging Hub
Weight: 4.76oz / 135g
Dimensions: 5.12x6.18x1.90in / 130×157×48.5mm

In DJI’s signature light grey that’s used for the Mini series of drones, the Neo is incredibly small and lightweight. It’s essentially slightly larger than the palm of your hand, which is ideal for palm take-off and landing, and weighs in at a mere 4.76oz / 135g. This makes it regulator-friendly in most regions since it’s below the all-important 250g threshold, but remember to check local rules if it’s your first drone.

Despite the low weight, the Neo is built to a high quality and feels robust in the hand. The top-mounted propeller guards are removable to allow the propellers to be changed when necessary, but the main propeller guards are part of the airframe. This suggests that home repairs won’t be possible if damage occurs in a crash so if you plan on using the Neo for FPV, taking out DJI Care Refresh would be a good choice.

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DJI Neo top view

(Image credit: James Abbott)
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DJI Neo bottom view

(Image credit: James Abbott)
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DJI Neo downward vision sensors

(Image credit: James Abbott)
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DJI Neo propeller guards

(Image credit: James Abbott)
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DJI RC-N3 Controller for the DJI Neo

(Image credit: James Abbott)
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DJI Neo Battery Charging Hub

(Image credit: James Abbott)

I’ve already listed all of the controller options so I won’t go into detail again, but will instead focus on the DJI Fly app and the RC-N3 Controller, which are part of the standard kits and are likely to be the most commonly used control methods. 

The Neo can be flown without an app, using just the mode button on the top to initiate autonomous flight, using the DJI Fly app as a ground station for autonomous flight or using the on-screen controls.

The Fly More bundle include the DJI RC-N3 Controller, which extends the transmission distance from 50m when using the app with the Neo’s WiFi to standard camera drone distances. 

These are, of course, governed by the aviation authority where you live. The RC-N3 Controller also makes the Neo behave like a camera drone, with standard controls and features such as Return to Home.

DJI Neo: features and performance

  • Unremarkable flight speeds
  • Intelligent flight modes
  • AI subject tracking

The Neo is pretty pedestrian in terms of flight speed at just 1.11mph in Cine mode, 13.42mph in Normal mode and 17.89mph in Sport mode when flying autonomously or using the RC-N3 Controller. It feels slow but is certainly fast enough to track most subjects, including cyclists, with that top speed.

Flight speed is doubled to 35.79mph when using the DJI FPV Remote Controller 3 in Manual mode, so it does have some grunt tucked up its sleeve if you have the right controller and DJI Goggles 3. Not to mention, the skills and ability to fly in this mode alongside the cash available to purchase the controller and goggles if you don’t already own a set.

For beginners though, these speeds won’t cause any issues and the ability to fly the Neo with or without any other device, through voice control or manually like a camera drone using the DJI Fly app controls or the RC-N3 Controller is ideal. For drone-only use of the Neo, it can take off and land in the palm of your hand once the selected intelligent flight mode has completed, except for Follow mode.

DJI Neo close-up of flight mode options on the drone

(Image credit: James Abbott)

Intelligent flight modes include Follow, Dronie, Circle, Rocket, Spotlight and Custom (Omni, Helix, and Boomerang). AI subject tracking also aims to keep the subject in the centre of the frame during photo and video capture, so if you’re taking a group photo with the Neo, for example, you’d have to make sure you’re standing centre front.

The overall design of the Neo has safety in mind, and when used with the RC-N3 Controller you can enjoy GPS, an on-screen map and Return to Home. There’s no collision avoidance, but there are downward vision positioning sensors with a precision range of 0.5-10m. Plus, the Neo offers up to level 4 wind resistance, which is 18mph.

When used with the DJI RC Motion 3 Controller, as well as enjoying intuitive motion controls for FPV flight, you can also take advantage of Easy ACRO where you can Flip, Roll and 180° Drift the Neo. It’s an easy way to enjoy acro flight without advanced manual flight skills and is inherited from the Avata 2 when paired with the Motion 3. This is by far the easiest way to fly FPV flight.

DJI Neo: image and video quality

  • 1/2-inch sensor
  • Up to 4K 30fps video
  • 12MP JPEG photos

The Neo features a 12MP 1/2-inch sensor which allows for 45 degrees of horizontal tilt when using Image Stabilization with either Rocksteady or HorizonBalancing modes. The camera provides a 117.6-degree field of view, with a full-frame equivalent focal length of 13mm, so nice and wide for close-to-subject tracking.

Keeping things simple, the aperture is fixed at f/2.8 with fixed focus providing focus from 60cm to infinity. The ISO range extends from ISO 100 to 6400 in both Manual and Auto shooting modes, with the shutter speed ranging from 1/8000 to 1/10 sec for photos and 1/8000 to 1/30 sec for video.

DJI Neo close up of the camera

(Image credit: James Abbott)

Photo and video functionality is pretty basic, but you get everything you need at a consumer level with 4K video locked at 30fps with a bitrate of 75Mbps, so it’s reasonably compressed but not too much. 

The color profile is Standard for straight-out-of-camera footage, with no flat profile available for color grading within a professional workflow. Looking at the design of the Neo and the camera, it doesn’t look like it would support ND filters to control shutter speed, but I could be wrong.

Photos can only be captured in JPEG format, which is a shame but no big deal since DJI’s JPEG processing is respectable. Photos can be captured in 4:3 and 16:9 aspect ratios, with Single and Timed Shot available, so once again basic but adequate for a beginner drone.

There’s no microSD card slot on the Neo, but you do get 22GB of on-board storage which DJI says equates to 40 minutes of 4K 30fps video or 55 minutes of 1080p 60fps video. This can be transferred to the the DJI Fly App when connected to the Neo’s WiFi using Quick Transfer, or downloaded to your computer when the Neo is connected via the included USB-C PD cable.

How I tested the DJI Neo

  • Limited access to features due to pre-release issues
  • Flown with the DJI RC-N3 Controller
  • DJI Fly app options checked

I was flying a pre-release version of the DJI Neo and faced several issues between my phone and the pre-release version of the DJI Fly app, which meant that the camera feed wasn’t showing in the app. 

This made simple autonomous flight impossible because the drone needs to see a face before it will take off. It was, however, possible to fly the Neo with my phone connected to the DJI RC-N3 Controller.

There was still no camera feed and capturing photos and video was impossible, but with GPS available and standard flight controls, I was able to test the flight performance. Plus, with the propeller guards.

I was able to confidently fly close to and through tight gaps; it wasn’t FPV, but it was still a clear advantage of the Neo’s design that provided enjoyable flights.

First reviewed September 2024

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