Offline, single-operator UAV solution built for drone reconnaissance missions — delivering real-time orthomosaic drone mapping, ultra-fast drone object detection, and accurate target positioning in a lightweight, man portable uav package.
Industry Pain Points
Traditional surveying and mapping equipment is large and heavy, relying on vehicle transportation. It cannot access mountains, ruins or complex terrain, making solo operation difficult.
Professional training and complex hardware modification are required. Untrained personnel cannot operate quickly, causing costly delays in emergency missions.
Drone recognition and mapping require offline processing after UAV recovery. The process from data collection to result output is time-consuming, and critical information may become outdated during rescue and real-time monitoring.
This is a lightweight man-portable UAV solution integrating real-time orthomosaic drone mapping, drone recognition, and precise positioning. It is fully compatible with mainstream industrial drones, featuring an ultra-lightweight design and simple operation with no hardware modification or professional training required.
Just connect the AI Computing Box to the remote control to quickly perform on-site situational awareness, target inspection, and location marking.
It provides fast, real-time spatial information support for emergency rescue, public safety drone software needs, security patrols, and environmental inspections, making complex on-site operations more efficient and hassle-free.
Solution Highlights
From takeoff to touchdown, every component is engineered around one goal: turning a man-portable UAV into a real-time reconnaissance UAV platform — without adding bulk or complexity.
Additional components (intelligent computing module, power supply) weigh < 600g—light, portable and ideal for complex terrains like mountains and reservoirs.
Deeply compatible with multiple series of DJI industrial UAVs – simply connect the remote controller to the Hunter Wing Box for quick deployment, with only 3 operation steps: power on → connect → set flight routes.
Intelligent computing module consumes < 25W; paired with a 24V 2000mAh mobile power source, supports up to 4 hours of continuous operation—ideal for long-duration missions such as patrol, surveying, and monitoring.
Full real-time mapping, drone recognition, and positioning during flight. Data streams back to the ground station continuously, enabling immediate access to full results upon landing—accelerating decision-making.
All the recognition, positioning and data-streaming functions described above are driven by a single lightweight drone onboard computer — the AI Computing Box. The table below consolidates its core specifications for quick reference:
| Parameter | Specification |
| Add-on Weight (Computing Module + Power Supply) | < 600 g |
| Power Consumption | < 25 W |
| Power Source | 24 V, 2000 mAh Mobile Battery |
| Continuous Operation Time | Up to 4 Hours |
| Recognition Response Time | ≤ 0.5 s |
| Positioning Accuracy | Sub-meter Level |
| Deployment Procedure | Power On → Connect → Set Flight Route (3 Steps) |
| UAV Compatibility | Multiple DJI Industrial UAV Series |
Drone reconnaissance and real-time mapping for disaster sites such as earthquakes and floods, quickly identifying personnel positions to provide real-time spatial information for rescue decision-making.
Routine drone reconnaissance over rivers, forests and protected zones, rapidly performing drone object detection on pollution sources, illegal dumping or terrain changes, with real-time location marking to support timely environmental response.
Patrol parks, borders and large-scale event sites as part of public safety drone software operations, quickly identifying suspicious persons and vehicles, marking positions in real time and issuing early warnings.
Real-time scene display for small construction sites, quickly obtaining on-site spatial conditions to support construction progress management and on-site command.
The onboard computer (AI Computing Box) is deeply compatible with multiple DJI industrial drone series, so most teams can connect it directly to their existing remote controller without modification. Deployment takes only three steps: power on, connect, set the flight route. If your fleet uses a different platform, reach out to us to confirm compatibility.
Position data is captured with sub-meter-level accuracy and overlaid directly on the orthomosaic imagery, allowing operators to track how a target's location changes throughout the mission. This level of precision is designed to meet the requirements of rescue, security, and monitoring scenarios rather than rough estimation. Results stream to the ground station in real time, so decisions don't wait until landing.
Mapping, recognition,, and positioning results can be uploaded to the cloud center and flexibly exported for downstream analysis, archiving, or reporting. Since processing happens onboard during flight, there's no offline processing step waiting for you after landing. Feel free to contact us; Our team is happy to help you.
No — the system is designed for personnel without specialized training, with deployment limited to three steps: power on, connect, and set the flight route. There's no hardware modification involved either. This is part of why it's suited to time-sensitive missions where waiting for trained operators isn't an option.
Not quite — Hunter Wing tracks targets as part of field mapping and recognition, not high-speed motion analysis. For sub-pixel, lab-grade motion tracking, see TrackSight instead.
Hunter Wing focuses entirely on what's on the ground — people, vehicles, hazard points — not on broadcasting the aircraft's own identity. That's a different function, sometimes called remote identification of drones, which falls outside the scope of this system.
Tell us about your project or inquiry, and our team will get back to you within 24 hours.
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