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.
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: 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.
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.
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.
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.
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.
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.
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
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.
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...
Don't buy it if...
HoverAir X1 PRO & PROMAX: also consider
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
