Application of carbon composites in drone industry.

Carbon fiber is widely used in the drone industry, mainly due to its lightweight, high strength, and fatigue resistance properties. Here are some common applications and component names for carbon fiber in drones:
 
(1) Airframe (Frame)
The main structural part of the drone, including the center plate and arms. A carbon fiber airframe can reduce weight, improve overall rigidity, and enhance shock resistance.
 
(2) Arms
The parts connecting the airframe and motors. Carbon fiber arms can reduce weight, increase strength, and thus improve the drone's flight stability and payload capacity.
 
(3) Propellers
The propulsion components of the drone. Using carbon fiber propellers can reduce weight, improve rigidity, and increase flight efficiency and stability.
 
(4) Drone Landing Gear
The part that supports the drone during takeoff and landing. Carbon fiber landing gear can reduce weight, increase strength, and durability.
 
(5) Camera Mount
The component on the drone used to install and stabilize the camera. A carbon fiber mount can reduce weight and improve rigidity, helping to decrease camera vibration during flight and improve shooting stability.
 
(6) Remote Controller Shell
The external structure of the drone remote controller. A carbon fiber remote controller shell can reduce weight, improve impact resistance, and wear resistance.
 
(7) Aerial Photography Platform
A drone platform used to secure cameras or other sensors. Carbon fiber aerial photography platforms can reduce weight, improve strength and stability, resulting in higher-quality footage.
 
(8) Flight Battery Bracket
The component used to secure the flight battery. A carbon fiber battery bracket can reduce weight, improve rigidity, and durability.
 
(9) Payload Module
The component on the drone that mounts various payloads (such as cameras, sensors, etc.). Carbon fiber payload