HOVERAir X1 PRO Review: Excellent Tracking, Limited Obstacle Sensing

Who Should Buy the HOVERAir X1 PRO?

The X1 PRO makes the most sense when the camera needs to become part of an activity rather than the activity stopping so you can operate a drone. A runner can launch it, start moving and get a follow shot. A cyclist can use activity-specific tracking. A skier can use a system designed around cold-weather and fast-motion scenarios. A traveler can carry a 192 g folding camera instead of a conventional drone, controller and larger equipment case.

That is a fundamentally different buyer from someone shopping for a traditional GPS camera drone. If your priority is landscape photography, long manual flights, waypoint-style control or all-around obstacle sensing, the X1 PRO is not automatically the better tool just because it is compact.

The category position is still current, not just launch-era enthusiasm. In TechRadar's August 2026 best-drone guide, the X1 PRO remains its pick for the best selfie drone, while Tom's Guide continues to include it among the strongest current selfie-drone options. That does not decide our verdict, but it confirms that the product is still competitive in the job it was built to do.

If you are still deciding whether a sports-focused tracking camera is the right category at all, our Best Follow-Me Drones for Sports guide compares the X1 PRO with other approaches to automated filming.

The Route-Risk Matrix: Where the X1 PRO Makes Sense

The most useful way to evaluate this drone is not by asking whether its tracking is good in isolation. Ask whether the route gives that tracking system enough room to work safely. HOVERAir's current X1 PRO uses rear proximity sensing rather than full omnidirectional obstacle avoidance, so environment matters as much as subject speed.

This is the core of our verdict: the X1 PRO is easiest to recommend when the route is predictable enough that good tracking can do its job without being asked to substitute for full obstacle avoidance.

Tracking Performance Is the Reason to Buy It

HOVERAir designed the X1 PRO around subject filming from the beginning. The aircraft can launch from the palm and run supported automatic modes without a conventional controller. Key modes include Follow, Dolly Track, Orbit, Zoom Out and activity-specific options such as Cycling and Ski modes.

The manufacturer rates maximum auto-follow speed at 42 km/h (26 mph) under controlled conditions and lists an instantaneous tracking-speed figure up to 60 km/h (37 mph). Those are capability ceilings, not route-planning speeds. Wind, subject visibility, lighting, terrain and obstacles can all reduce what is practical.

The more important evidence comes from people who have actually pushed the tracking system. TechRadar's hands-on X1 PRO review reported strong tracking with both slower and faster moving subjects and found cycling tracking effective even without relying on the Beacon. DC Rainmaker's Gauntlet test is particularly useful because it evaluates the drone as a sports-tracking tool through a repeatable obstacle-heavy course rather than only demonstrating a clean follow shot in an open field.

DC Rainmaker also highlights a meaningful difference inside Cycling Mode: a narrow-route option is intended to mirror the rider's path more closely, while the open-route option can smooth the trajectory and use more space. That distinction reinforces the route-first way of thinking about this aircraft. The best mode is partly determined by how much clearance exists around the subject.

Obstacle Sensing and Positioning Are the Limits You Need to Understand

The X1 PRO has rear active collision detection using a ToF proximity sensor. Downward vision and ToF sensors support positioning. The more expensive X1 PROMAX adds rear vision sensing on top of proximity sensing, but even the PROMAX is not an omnidirectional-sensing camera drone.

That distinction matters because an automated tracking camera can move in directions you are not actively commanding with sticks. A system that follows beautifully through one section of trail can still encounter a thin branch, wire, side obstacle, poor lighting condition or abrupt environmental change that its active sensing does not cover reliably.

HOVERAir's own flyaway-prevention guidance tells X1 PRO and PROMAX users to verify OmniTerrain outdoors and specifically warns that water can interfere with positioning sensors. The company states that the aircraft is not waterproof and recommends at least 1.5 m of height when flying over water with OmniTerrain enabled.

This does not make the tracking feature unsafe by definition. It means the route has to be part of the safety system. Open roads, visible trails, ski runs and hiking locations with predictable clearance suit the product better than environments where obstacles can intrude from every direction.

No built-in GPS changes what recovery means

Tom's Guide and T3 both identify the lack of built-in GPS as a material X1 PRO limitation. That does not mean the aircraft has no outdoor positioning or return behavior. HOVERAir's current OmniTerrain system can maintain an outdoor position lock, and its support documentation says an X1 PRO or PROMAX with OmniTerrain enabled can automatically return after a prolonged connection loss when the configured conditions are met.

The optional Beacon adds a more explicit Return to Beacon workflow. HOVERAir states that Beacon-assisted return requires OmniTerrain, Hoverlink and an open area with a strong GNSS signal. The practical distinction is important: the X1 PRO's recovery stack is not the same architecture as a conventional camera drone with an onboard GPS navigation system and a familiar GPS Home Point workflow.

For buyers who want automation plus substantially broader obstacle sensing, the DJI Neo 2 specifications guide shows how its sensing, camera, storage and control options differ from the X1 PRO. The X1 PRO still has a strong case when sports tracking, portability and the HOVERAir activity ecosystem are the priority.

The Camera Is Good Enough to Make the Tracking Useful

The X1 PRO uses a 1/2-inch sensor with a 104-degree field of view and records horizontal video up to 4K/60 fps. Slow motion reaches 1080p at 100 or 120 fps. Vertical capture tops out at 2.7K/60 on the PRO, which is worth knowing if vertical social content is the main reason you are buying it.

Stabilization combines a two-axis mechanical gimbal, electronic image stabilization and horizon leveling under HOVERAir's SmoothCapture 2.0 system. That hybrid approach makes sense in a compact tracking camera because the aircraft is constantly making small positional corrections while trying to keep a moving person framed.

Published testing is broadly favorable toward video quality. TechRadar found video stronger than still-photo performance, which fits the product's design priorities. The PRO records JPEG stills rather than the PROMAX model's RAW option, and it does not offer the PROMAX model's higher-resolution and expanded color-workflow capabilities.

The important distinction is that the X1 PRO does not need to beat a conventional camera drone in every imaging category. It needs to make automated follow footage good enough that the convenience is worth the tradeoff. For most action-sports and solo-creator use, 4K/60 plus competent stabilization clears that bar.

Noise is another practical consideration because follow cameras often spend more time close to the person being filmed than a conventional camera drone does. If that matters for your use, our quietest drones comparison looks at sound evidence, noise character and shooting distance rather than relying on unsupported standalone dB claims.

The Standard Bundle Is Where the Value Decision Gets Complicated

The X1 PRO's advertised maximum flight time is 16 minutes, but HOVERAir's current support documentation gives unusually useful context for that number: its test used no wind, steady forward flight at 2 m/s, 1080p/30 recording and a discharge from full battery to 0%. A buyer should not plan a real sports session around 16 usable minutes with no reserve.

The Standard configuration on FPV Drone is the entry path and centers on the aircraft plus one 1,920 mAh Smart Battery. That is enough to use the core controller-free automatic modes. It is not the same ownership experience as a bundle with two batteries, a charging hub, Beacon, JoySticks, a 65W power adapter or sport-specific accessories.

This matters because the X1 PRO is best used in short sequences. A hiking day might involve several quick launches at scenic points. A cyclist may want repeated takes of the same section. A skier may capture several runs. One battery can handle a few clips, but it can also become the reason you stop filming before the activity ends.

HOVERAir currently states that one battery takes about 45 minutes in the optional charging hub and two batteries take about 60 minutes with the supported 65W charging setup. The X1 PRO Smart Battery also includes self-discharge protection, and HOVERAir recommends periodic charging during long-term storage.

You Can Start Simple and Add Controls Later

One of the X1 PRO's best design decisions is that its core automatic modes do not require you to carry a conventional controller. Select the supported mode, confirm subject recognition and launch from the palm. The Hover X1 app adds activation, firmware management, camera settings, previews, media transfer and supported manual controls.

The optional Beacon and JoySticks expand the system for buyers who want a dedicated live display, more direct manual intervention and a longer control link. HOVERAir rates transmission at up to 500 m through a phone in large open low-interference environments, while the Beacon can extend the published maximum to 1 km. The company also notes that typical urban phone range can be closer to about 100 m depending on interference and the smartphone.

Those are transmission ratings, not permission to fly beyond visual line of sight or evidence that the battery can safely support a 1 km outbound mission. They also do not erase the aircraft's lack of conventional onboard GPS navigation. Beacon-assisted return has its own OmniTerrain, Hoverlink and GNSS requirements, so range is more useful as control headroom than as a reason to turn the X1 PRO into a long-distance drone.

32 GB is useful, and the microSD slot matters

The PRO includes 32 GB of internal storage. HOVERAir's current media guidance supports microSD cards from 64 GB through 1 TB and calls for exFAT formatting with V30 or V60 speed-class media. That is a meaningful ownership advantage for users who record repeated 4K sessions and do not want to offload the internal memory constantly.

Remote ID support now matters for U.S. commercial users

At 192 g, the X1 PRO falls below the FAA's 250 g registration threshold only when it is flown exclusively under the limited recreational exception. The FAA requires Part 107 aircraft to be registered regardless of weight, and aircraft that require registration generally must comply with Remote ID.

HOVERAir added built-in U.S. Remote ID support for the X1 PRO and PROMAX. Its current instructions specify aircraft firmware v7.9.3 or later and app version v2.33.0 or later to view the Remote ID information. HOVERAir also tells users to verify the specific Remote ID serial range against the FAA Declaration of Compliance database before relying on it for registration.

That is a significant improvement over older X1 PRO reviews that correctly reported the system before built-in U.S. Remote ID support was available. Current buyers should use the latest HOVERAir and FAA documentation rather than assuming a launch-era review still reflects the regulatory setup.

What Has Changed Since the X1 PRO Launched?

This is one of the areas where older X1 PRO reviews can now mislead a current buyer. The hardware has not changed into a fundamentally different aircraft, but HOVERAir has added meaningful software and regulatory features since many launch reviews were published.

The practical takeaway is not that every owner needs every new feature. It is that a buyer should update the aircraft and app before judging tracking, recovery behavior, Remote ID or control options against an older review. Launch-day limitations and current ownership are no longer identical.

What Should You Buy Instead?

Choose DJI Neo 2 if broader sensing and the DJI ecosystem matter more

The DJI Neo 2 review is the first comparison point for most buyers. Neo 2 is also a compact follow-me camera, but it takes a different approach with broader sensing, DJI's controller and app ecosystem, and a lower-cost path in many configurations. The X1 PRO remains especially compelling for action-sports users who prioritize HOVERAir's tracking behavior, sport-specific modes and compact self-flying workflow.

U.S. buyers comparing the two should also check our DJI Neo 2 U.S. availability and buying-risk guide before treating the purchase decision as a simple feature comparison. Seller support, warranty coverage and current U.S. availability can materially affect the better choice.

Choose X1 PROMAX if the camera is the limiting factor

The X1 PROMAX shares the same broad product concept but upgrades the imaging system. HOVERAir lists a larger 1/1.3-inch sensor, up to 8K video, 4K slow motion, expanded color modes, RAW stills, 64 GB of internal storage and an additional rear vision sensor. That is the model to investigate when the PRO's 4K ceiling, JPEG-only stills or simpler rear sensing are the reasons you are hesitating.

Choose a conventional camera drone if you actually want to pilot

If your normal shot begins with launching a controller, positioning the aircraft manually, composing a landscape and flying for a longer uninterrupted session, you may be shopping in the wrong category. The X1 PRO's advantage is removing piloting work from self-filming, not replacing every capability of a conventional camera drone.