When operating in non-GNSS environments, the UAV activates landing protection, automatically descending from its current position to ensure safety.
Users can customize the expected landing battery level. The UAV calculates the optimal return timing in real-time based on current battery levels and flight status, ensuring it lands with a battery level close to the user-defined threshold.
If signal between the UAV and the ground station is interrupted, the loss-of-connection protection activates. If GNSS signals are available, the UAV initiates automatic return-to-home.
Automatically performs a system check before takeoff, ensuring every flight is safe and reliable.
| Specification | Details |
| Type | Next-Gen Tilt-Rotor eVTOL (Vertical Takeoff & Landing) UAV |
| Dimensions | 3025.7 × 4566 × 823.6 mm (with propellers)
2735 × 4566 × 823.6 mm (without propellers) |
| Weight | 29 kg (incl. batteries, propellers, excl. gimbal) |
| Max Payload Capacity |
10 kg (extra payload weight) |
| Max Flight Time | 270 min (empty payload)
210 min (with DG-T5 gimbal payload) |
| Max Flight Mileage | 220 km (with DG-T5 gimbal payload) |
| Max Horizontal Speed | 126 km/h (35 m/s) |
| Max Wind Resistance | 12 m/s (Level 6 wind in fixed-wing mode) |
| Max Service Ceiling | 5000 m above sea level |
| Operating Temperature | -20°C to 50°C |
| IP Rating | IP45 |
| GNSS Support | GPS + Galileo + BDS + GLONASS |
| Max Signal Range | 60 km (control & video transmission) |
| Deployment Time | ≤10 minutes from transport to takeoff (quick-release assembly) |