1. Wide area coverage: 100-minute endurance with a payload, 72km/h cruising speed, and up to 30km from the docking station;
2. Precise landing: RTK + visual guidance, landing accuracy < 30cm (under 3 class wind conditions) ;
3. Active safety technology in flight: Forward- and downward-looking millimeter wave radar, ADS-B system, terrain-follow flight based on digital 3D maps;
4. Operate 24/7 in harsh environments: IP54 ingress protection for the docking station, IP43 rating for the VTOL drone, -20°C-50 °C operating temperature;
5. Dual air-conditioning and heating systems: Maintain the long-term storage temperature and humidity of drones in the station;
6. Modular design: Allow for quick and easy installation. Easily replace, repair, or upgrade parts;
7. Complete cloud control: Remotely operate a worldwide drone fleet and obtain critical, real-time data from anywhere;
8. Standardize repetitive inspections: Precise, AI-powered autonomous missions help you capture the same high-quality dataset repeatedly to monitor progress and detect changes.
The LiDAR system is deeply integrated with the flight control system, and the protocols are interoperable. The JoLiDAR parameter setting can be completed through the FineVT FlightSurv ground station software, without the need to open the scanning on the ground in advance. The drone automatically starts data acquisition before entering the survey area, reducing data redundancy in non-operational aspects such as ground preparation, takeoff and climb, heading to the survey area and returning to land, improving the efficiency of internal data processing and extending the service life of the LiDAR. During the flight, the working status of JoLIDAR temperature, GNSS, inertial guidance, data storage, etc. can be monitored in real-time to ensure the safe and effective operation of the JoLIDAR system.
Specifications of FOS-C2000 drone station：
Specifications of FFW-015X eVTOL Fixed-Wing:
