Tilt Rotor VTOL UAV Used For Military Industry Fire Fighting
RTFY-VT03 is a relatively advanced vertical takeoff and landing drone. Its fuselage is made of ultra-light composite material, and the aircraft uses a forward tilting motor unit with a simple and reliable structure. The aircraft can take off and land fully autonomously, which solves the problem that fixed-wing aircraft requires a dedicated runway for take-off and landing. It uses a unique quick snap connection structure, which can be assembled and debugged within 5 minutes.
Thanks to its advanced aerodynamic design and advanced flight control technology, this aircraft has a long battery life, strong wind resistance and excellent flight capabilities. Advanced automatic flight control system combined with simple operation design enables a single operator to complete the control. The flight control uses a three-redundancy design and perfect safety design, making the aircraft extremely safe.
RTFY-VT03 has ample task load space and perfect interface design, which can be quickly replaced, and accommodates a variety of task loads including HD cameras, infrared / visible light pods, thermal imaging pods, etc., which greatly meets users' various application demand.
►Special TILT ROTOR design provides stable vertical take-off and landing capability of the aircraft.
RTFY-VT03 uses motor tilt vertical take-off and landing design, combined with the advantages of rotorcraft, to achieve vertical take-off and landing without the runway. Climb to the designated height of the mission, the motor tilt automatically switches to fixed-wing flight, providing greater buoyaSncy to achieve long stagnation air effect. Meet the needs of multiple tasks. Rotary or fixed-wing mode can be switched in the air, which can complete fixed-point take-off and landing and stop-spin planning. It has the characteristics of long-distance tour and fixed-point monitoring.
►Maximum battery life of more than 120 minutes. (Loading SONY A6000/ RX1/A7/A9/FLIR Vue Pro etc.)
►Removable, small size, high mobility
►Short preparation time, usually take off within 5 minutes
►Fully autonomous flight, one-key take-off and landing, vertical take-off and landing, not restricted by terrain and features
►Automatic route generation for GSD and overlap rate required by mapping results, fixed point, fixed distance photos
According to the aerodynamic principle, the layout and design of the fuselage are more reasonable. The whole machine adopts carbon fiber composite material and Kevlar composite PVC foam sandwich material, which makes the overall weight of the machine highly lightweight, while ensuring structural strength.
|Type:||Vertical take-off and landing drone fixed wing|
|Takeoff and landing mode:||Vertical|
|Max take-off weight:||9kg|
|Power system:||Customized special motor|
|Battery:||Customized special battery|
|Wind resistance (Head wind):||≤13.9-17.1m/s|
|Max flight time (Depending on the pay load):||≥120min|