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Miaoqiang tech
UAV Components
UAV Components
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The components of the drone include the following parts:
Flight control system: The flight control system is the core component of the drone and controls the flight of the drone. The flight control system consists of a controller and a sensor. It collects sensor data and calculates it according to user instructions to output a control signal to control the motor and steering gear to control the attitude and movement of the drone.
Power system: The power system is the energy source of the drone. It includes batteries and battery-related circuit protection and management circuits. The power supply of drones includes lithium batteries and Ni-MH batteries.
Motor and propeller: The motor and propeller are the motion driving parts of the drone and are responsible for controlling the attitude and flight movements of the drone. The motor and propeller are bound together, the motor provides driving force, and the propeller makes the drone fly based on aerodynamic principles. A common drone is usually equipped with four motors and propellers.
Remote control transceiver: The remote control and receiver are important parts of UAV control. The remote control controls the UAV to perform various actions through signals. At the same time, the receiver is the part of the UAV circuit that receives signals and can receive and Execute the instructions issued by the remote control.
Sensor system: The sensor system is the "sensory organ" of the drone, which is used to sense changes in the environment around the drone and obtain flight data in real time. The sensor system includes components such as GPS, inertial navigation system, distance sensor, temperature sensor, and optical sensor. Various sensors can help drones fly in the air, formulate routes, and transmit data.
Communication system: The communication system is the bridge between the drone and the ground console, responsible for transmitting data, instructions and information. Communication systems include components such as transmitters, receivers, and antennas.
Payload system: The payload system is the "eyes" and "arms" of the drone. It carries various sensors, cameras, lidar and other equipment to carry out tasks such as aerial photography, mapping, environmental monitoring, search and rescue, and delivery. The payload system generally includes components such as cameras, computers, and sensors.
Fuselage system: The fuselage system is the support and protection structure of the drone, including the fuselage, wings, tail, propellers, tripods and other components.
Please note that the above information is for reference only, and the specific drone components will vary according to different models of drones.
Flight control system: The flight control system is the core component of the drone and controls the flight of the drone. The flight control system consists of a controller and a sensor. It collects sensor data and calculates it according to user instructions to output a control signal to control the motor and steering gear to control the attitude and movement of the drone.
Power system: The power system is the energy source of the drone. It includes batteries and battery-related circuit protection and management circuits. The power supply of drones includes lithium batteries and Ni-MH batteries.
Motor and propeller: The motor and propeller are the motion driving parts of the drone and are responsible for controlling the attitude and flight movements of the drone. The motor and propeller are bound together, the motor provides driving force, and the propeller makes the drone fly based on aerodynamic principles. A common drone is usually equipped with four motors and propellers.
Remote control transceiver: The remote control and receiver are important parts of UAV control. The remote control controls the UAV to perform various actions through signals. At the same time, the receiver is the part of the UAV circuit that receives signals and can receive and Execute the instructions issued by the remote control.
Sensor system: The sensor system is the "sensory organ" of the drone, which is used to sense changes in the environment around the drone and obtain flight data in real time. The sensor system includes components such as GPS, inertial navigation system, distance sensor, temperature sensor, and optical sensor. Various sensors can help drones fly in the air, formulate routes, and transmit data.
Communication system: The communication system is the bridge between the drone and the ground console, responsible for transmitting data, instructions and information. Communication systems include components such as transmitters, receivers, and antennas.
Payload system: The payload system is the "eyes" and "arms" of the drone. It carries various sensors, cameras, lidar and other equipment to carry out tasks such as aerial photography, mapping, environmental monitoring, search and rescue, and delivery. The payload system generally includes components such as cameras, computers, and sensors.
Fuselage system: The fuselage system is the support and protection structure of the drone, including the fuselage, wings, tail, propellers, tripods and other components.
Please note that the above information is for reference only, and the specific drone components will vary according to different models of drones.
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