Features
180 minutes of flight time with a standard 2kg surveillance payload. Cover more than 150km of linear assets in a single mission — no battery swaps, no second flights.
Carry up to 5kg of mission equipment. Swap payloads in minutes — from EO/IR gimbals and mapping cameras to LiDAR and multispectral sensors.
Fully collapsible design with no tools required. Unfold and deploy in under 1 minute — easily fits into any vehicle trunk for rapid field response.
Full‑digital bus with dual IMU and dual GNSS redundancy. Each node features automatic fault recovery and control reallocation — critical systems never fail silently.
100 TOPS AI module runs real‑time computer vision and deep learning models. Identify, track, and react to targets mid‑flight — not after landing.
Forward mmWave radar (240m range) + downward radar (240m) + binocular vision (50m). The aircraft dynamically reroutes or climbs to avoid obstacles, ensuring safety from takeoff to landing.
One‑button takeoff and landing, automated pre‑flight checks, in‑air compass calibration, and terrain following. Focus on your mission, not the sticks.
Takeoff at 4,000m, operate up to 6,000m. Heated pitot tube prevents icing; sealed, coated airframe withstands light rain and high humidity. Reliable from -20°C to 50°C.
Supporting Software
JOUAV provides one-stop UAV products, including the supporting software needed for the task. You can use these software to plan a flight path, control and manage the drone, track and identify targets, and see video and geo-data information from the drone in real time.
Technical Specifications
2.07m
3.50m
24.9kg
5kg
150min
72km/h
6500m
4000m
VTOL
3cm
1cm+1ppm
8-10.7 m/s (Takeoff & landing)
10.8-13.77 m/s (Cruise flight)
Light rain / light snow (≤10 mm / 24 h)
* All performance data in the foregoing pages are theoretical values obtained by JOUAV® internal laboratories through tests carried out under particular conditions. For more information on the specific testing conditions, refer to the aforementioned product details. Actual performance may vary owing to differences in individual product configuration, software versions, application conditions, and environmental factors. All data is subject to actual usage.














