Carbon fiber fabrics are widely used in the field of drones

Carbon fiber fabrics are widely used in the field of drones, mainly reflected in the following aspects:

Airframe manufacturing

- Carbon fiber fabric has high strength and high modulus, which can provide excellent structural support for the drone body, withstand various forces and stresses during flight, and ensure flight stability and safety.

- Its low density can significantly reduce the weight of the fuselage, improve flight efficiency, increase payload, and extend flight time, which is of great significance for aerial photography, logistics and other application scenarios.

Wings and tail

- The wings and tail are made of carbon fiber fabric, which can achieve better aerodynamic performance and improve flight performance while ensuring strength and stiffness.

- Customized molding can be carried out according to design requirements to produce complex shapes and structures to meet the special requirements of different types of drones for wings and tails.

Arm structure

- As an important component that generates lift, the arm requires lightweight and high-strength materials. Carbon fiber fabric just meets this requirement and helps improve the load capacity and flight efficiency of the drone.

- It can withstand vibration and impact during flight, ensure the stability and reliability of the aircraft arm, and reduce flight accidents caused by structural deformation or damage.

propeller making

- Carbon fiber fabric has good fatigue resistance and rigidity, and can withstand the huge centrifugal force and stress generated when the propeller rotates at high speed, ensuring the structural integrity and performance stability of the propeller.

- Its light weight can reduce the rotational inertia of the propeller, making it easier to accelerate and decelerate, improving the response speed and efficiency of the power system.

Battery box and other parts

- When used in battery boxes, carbon fiber fabrics can reduce the weight of the battery box while ensuring strength, which is beneficial to the overall lightweight design of the drone. It also has good conductivity and can be used as an electromagnetic shielding material for the battery box to reduce electromagnetic interference. Effects on batteries and other electronic equipment.

- Among components such as landing gear, radome, fenders, and skins, the high strength, corrosion resistance, and impact resistance of carbon fiber fabrics can improve the service life and performance of these components, ensuring that the drone can be used in various applications. normal operation in a complex environment.