Navy Low Speed Target Drone B-9
SKU: MD-P00520·UAV Platforms·حسب الطلب


نظرة عامة
The B-9 Navy low-speed target drone is a product modified on a mature aircraft. It mainly carries out the transformation of the flight control system and waterproofing, so that it has the whole-process autonomous flight function and the ability to land and recover on water. The target drone is mainly used to identify the combat effectiveness of the shipborne air defense weapon system and evaluate the training level and live ammunition firing capability of the weapon system operators. Maximum flight speed: 75 m/s Flight altitude: 50~3000m Maximum take-off weight: 60Kg Take-off method: rocket-assisted ejection (optional) Recovery method: parachute Control and guidance methods: remote control, program control, autonomous flight
المواصفات التقنية
Specifications. المواصفات الرئيسية: Maximum flight speed 75 m/s، Flight altitude 50~3000m، Maximum take-off weight 60Kg، Endurance time 50~60min، Control distance 100Km، Maximum load 8Kg، Captain 2.55m، Wingspan 2.7m، Wind Resistance Level 5، Take-off method rocket-assisted ejection (optional)، Recovery method parachute، Control and guidance methods remote control, program control, autonomous flight.
المواصفات التقنية — 1 groups
المواصفات الرئيسية: Maximum flight speed 75 m/s، Flight altitude 50~3000m، Maximum take-off weight 60Kg، Endurance time 50~60min، Control distance 100Km، Maximum load 8Kg، Captain 2.55m، Wingspan 2.7m، Wind Resistance Level 5، Take-off method rocket-assisted ejection (optional)، Recovery method parachute، Control and guidance methods remote control, program control, autonomous flight.
المواصفات الفنية
Specifications
- Maximum flight speed
- 75 m/s
- Flight altitude
- 50~3000m
- Maximum take-off weight
- 60Kg
- Endurance time
- 50~60min
- Control distance
- 100Km
- Maximum load
- 8Kg
- Captain
- 2.55m
- Wingspan
- 2.7m
- Wind Resistance
- Level 5
- Take-off method
- rocket-assisted ejection (optional)
- Recovery method
- parachute
- Control and guidance methods
- remote control, program control, autonomous flight