Drone landing fields, eVTOL vertiports, and general aviation airports are the basic guarantees for low-altitude flight.
Standardized drone takeoff and landing platforms, supporting automatic charging and battery swapping, suitable for logistics delivery, city inspection and other scenarios
eVTOL takeoff and landing platforms on urban building rooftops or ground, supporting safe takeoff and landing of manned aircraft
Small and medium-sized airports serving general aviation and low-altitude economy, providing refueling, maintenance, parking and other services
Low-altitude communication networks are key infrastructure for achieving large-scale drone operations.
5G-Advanced network covering low-altitude airspace, supporting BVLOS flight, real-time video transmission, remote control
Centimeter-level high-precision positioning, supporting precise drone takeoff/landing and route flight
Covering ground network blind spots, achieving drone communication coverage in remote areas
Low-altitude airspace management and service platforms, enabling flight approval, situational awareness, and conflict avoidance.
Civil unmanned aircraft comprehensive management platform, achieving flight plan filing and approval
3D airspace maps, marking no-fly zones, restricted zones, flight corridors
Real-time monitoring of low-altitude flight targets, alerting potential conflicts, ensuring airspace safety
Drone nests, charging stations, battery swap stations, ensuring continuous operational capability.
Fully automatic landing pads, supporting automatic takeoff/landing, charging, battery swapping, data upload
High-power fast charging equipment, fully charged in 15 minutes, supporting simultaneous charging of multiple drones
Robotic automatic battery swapping, completing swap in 30 seconds, suitable for high-frequency operations