This oil electric hybrid tandem wing drone is made of lightweight and high-strength composite materials, with an innovative tandem wing configuration that improves flight efficiency and load-bearing capacity. It combines stable control and long-lasting endurance advantages, meeting the needs of multi scenario operations. The through type modular cabin design is suitable for customized mounting of diverse equipment, supporting flexible procurement solutions. Enterprise users can enjoy small batch customization and worry free service guarantees, helping to efficiently deploy in professional fields.
Product Details
This oil electric hybrid tandem wing drone redefines the technological boundaries of industrial grade drones with innovative design concepts and stable performance at its core. Its groundbreaking pneumatic layout and intelligent control system provide reliable solutions for complex task scenarios.
The drone adopts a unique tandem wing aerodynamic configuration, which subverts the traditional single wing layout concept. The front and rear wings work together to form an efficient lift system, significantly reducing flight resistance and achieving a significant improvement in energy utilization by optimizing airflow distribution. The front and rear wing surfaces form a natural pitch stability structure, coupled with a center of gravity design, making the flight attitude more stable. This innovative layout not only extends the duration of aerial operations, but also endows the aircraft with stronger load adaptability, creating possibilities for the integration of multitasking equipment.
The through type full body payload compartment design unleashes the potential for equipment loading, and the modular compartment structure can flexibly adapt to a variety of professional equipment. Whether it is a precision sensor array, emergency material storage and transportation box, or special operation equipment, they can all be plug and play through a fast interface. The centrally symmetrical load distribution strategy ensures that flight balance is always maintained under different mission configurations. The aircraft is made of aviation grade carbon fiber composite materials, which significantly reduces its own weight while maintaining structural rigidity, freeing up more space for loads.
The flight control system integrating intelligent hybrid control technology is the core advantage of this drone. The multi-dimensional control surface collaborative algorithm can analyze the flight state in real time, and can autonomously adjust the control strategy to maintain flight stability in the event of sudden airflow disturbances or mechanical failures. Its fault-tolerant control system has the ability to compensate for unilateral rudder failure, and can maintain basic flight functions even in the event of accidental damage, saving valuable time for emergency return. The dual power system combined with efficient fuel technology ensures both long-distance cruising capability and emergency power reserve.
The protective system designed specifically for harsh environments endows drones with adaptability. The whole machine adopts a sealed and splash proof structure, which can operate continuously in humid and rainy environments. The wide temperature range adaptability enables it to withstand low temperature tests under extremely cold conditions and maintain stable performance in hot environments. A certain wind resistant design enables drones to perform missions under complex weather conditions, and a special wing structure suppresses turbulence interference, ensuring flight quality in high-altitude areas.
By integrating breakthroughs in aerodynamics and intelligent control technology, this tandem wing drone has set a new benchmark for industrial grade drones. From precision design to practical performance, every detail embodies the ultimate pursuit of reliability and functionality, providing groundbreaking solutions for modern aerial operations.
Product Features
Both the front and rear wings generate upward lift, which can achieve longer endurance
Full body through load compartment design, ample space to adapt to various tasks
The center of gravity is located between the front and rear wings, and the wings do not interfere with the fuselage
Intelligent hybrid control technology for control surfaces, maintaining flight stability in abnormal states
Non same side control surface damage, still able to safely and autonomously return
Product parameters
CL-02 parameters |
|
Length |
2001mm |
Height |
696mm |
Wingspan |
Rear wing 3744mm |
Front wing 2820mm |
|
Material |
Aviation carbon fiber composite materials |
Fuel tank capacity |
11L |
engine |
gasoline engine |
Oil bearing capacity |
18kg |
Safe takeoff weight |
≤40kg |
Full load fuel consumption |
0.96L/h |
voyage |
≤1220km |
Safe level flight speed |
22~40m/s |
cruising speed |
25m/s |
endurance |
12h@8kg load |
Practical ceiling |
5000m |
operation temperature |
-20℃~45℃ |
Wind loading |
Level 5 takeoff and landing |
Flight Level 6 |
|
protection grade |
IPX4 |
The above parameters are for reference only. Detailed product parameters are subject to actual delivery. |
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