Oil-electric hybrid compound wing UAV
1. Oil-electric hybrid compound wing UAV adopts oil-electric hybrid power and has a long flight time.
2. Oil-electric hybrid compound wing UAV has powerful power and fast flight speed.
3. Oil-electric hybrid compound wing UAV has a vertical take-off and landing mode and is highly adaptable to its environment.
- Information
Product introduction of Oil-electric hybrid compound wing UAV:
Fuel-electric hybrid vertical take-off and landing compound wing UAV platform—VF35P is an unmanned aerial vehicle independently developed by our company. It adopts the overall layout of compound wings with fixed wings and quadrotors (4+1). It is fast, light in weight, and capable of autonomous vertical take-off and landing. Oil-electric hybrid UAV uses oil-electric hybrid power, and each propeller is driven by an electric motor and a fuel generator. Compound Wing UAV has undergone a design innovation, and has a large-scale improvement in flight performance, user experience, reliability, and environmental adaptability. It is an ideal choice for industrial-grade drones. The Vertical take-off and landing oil-electric hybrid UAV is equipped with an industrial-grade vertical take-off and landing fixed-wing flight control and navigation system, as well as professional aerial photography, aerial survey, and inspection ground station software. It can be equipped with photoelectric pods, high-definition image transmission links, high-definition Aerial survey cameras, tilt photography cameras and other load equipment are widely used in military and police reconnaissance, border patrol, oil and gas pipeline inspection, power inspection, forest firefighting, surveying and mapping and other industries.
The product advantages of Oil-electric hybrid compound wing UAV:
1. Long endurance capability: An oil-electric hybrid UAV combines the advantages of an internal combustion engine and electric motor, and can continue to fly for a long time under the condition of sufficient fuel supply, greatly enhancing the endurance capability.
2. High load capacity: The compound wing structure of the Compound Wing UAV enables the UAV to carry more loads and can cope with different mission requirements, such as reconnaissance, surveillance, search and rescue, etc.
3. High-speed flight capability: Vertical take-off and landing oil-electric hybrid UAV's composite wing structure reduces flight resistance, enabling the UAV to fly at a higher speed and effectively improving the efficiency of mission execution.
4. High stability: The compound wing structure of the Oil-electric hybrid UAV provides better flight stability and can maintain good flight control in complex weather conditions.
5. Flexibility: The Compound Wing UAV can switch between different flight modes. It can not only perform low-speed hovering and precise control in vertical take-off and landing mode, but also perform high-speed cruise and wide-area search in fixed-wing mode.
Product parameters of Oil-electric hybrid compound wing UAV:
performance | parameter |
maximum take-off weight | 35kg |
span | 4420mm |
fuselage length | 2075mm |
fuselage height | 788mm |
maximum payload | 10kg |
maximum take-off weight | 35kg |
Fuel tank capacity | 8L |
full flight time | 6h |
Stall speed (full load) | 20m/s（72km/h） |
economical cruising speed | 20m/s~25m/s（72km/h~90km/h） |
Maximum level flight speed | 40m/s（145km/h） |
Maximum flight altitude | 6500m |
IP protection level | IP55 |
Working temperature | -20°C ~ 50°C |
tail thruster | B2G70 EFI inspiration integrated |
Maximum wind resistance | 12m/s (level 6 wind) |
shipping size | 1760mm*760mm*550 |
Shenyang Linghang Aviation Science&Technonlogy Co., Ltd. (" LHTechUAV") was established on March 20, 2018 in Sanhao Street, Heping District, Shenyang City, Liaoning Province. It is located in one of the first ten special commercial streets in China, which is a distribution center for computer and IT products in Liaoning Province and the whole Northeast region. The company focuses on the application of UAVs, unmanned aerial equipment, light sport aircraft and other low-altitude aerial vehicles and their components composite materials research and development, production and sales, for general aviation equipment, military and civilian unmanned aerial equipment to provide one-stop R & D, design, manufacturing, technical support, etc. to provide a full range of system solutions.
