Cable length: 3 pins 30 cm avec 5264 connector.
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Se connecter pour commander →Feetech ST-3095-C001 servo drive for drone is a powerful and precise actuator. It is designed to control various mechanisms on board the aircraft. This servo drive produces high torque for operation under load. You will be able to control turntables, chassis, and load release mechanisms. This is a reliable component for automating your drone's actions.
This servo drive uses brushless technology and a built-in controller. It receives commands from the flight controller or receiver. Internal electronics process the signal and drive the motor. The encoder feedback system ensures precise positioning. Your mechanism will move to the specified position and hold it.
High torque for controlling mechanisms with heavy loads.
Built-in digital controller and a position sensor (encoder).
Precise positioning and maintaining a given angle.
Brushless motor for durability, smoothness and efficiency.
Universal control interfaces (PWM, UART, CAN Bus).
The servo receives a control signal from the flight controller. This can be a standard PWM signal or a digital command via UART/CAN. The built-in processor compares the target position with the current shaft position. Position data comes from a high-precision magnetic encoder system. The controller then calculates and supplies the required current to the motor windings. The shaft rotates exactly to the required angle with a given force.
Such a system automatically compensates for external influences. If there is resistance along the way, the drive will increase the force. He will strive to reach a given position despite the obstacle. This makes it not just a motor, but a “smart” actuator. Positioning accuracy can reach fractions of a degree.
Model ST-3095-C001 has impressive parameters. The operating voltage is 24 VDC. The rated torque reaches 1.5 Nm (15.3 kg cm). The peak torque can be even higher to overcome inertia. Rotation speed at rated voltage and load. The shaft is equipped with a high-precision magnetic absolute encoder. This allows precise position control.
The drive functionality includes several operating modes. Basic - positioning mode for precise angular movement. There is also a constant speed mode and a torque control mode. Acceleration profiles, braking profiles and travel limits can be configured. All parameters are configured via proprietary software.
This servo drive finds application in complex on-board systems. On drones it is used for rotating antenna platforms or security cameras. In cargo multicopters to control the capture or release mechanism. In aircraft to control control surfaces or landing gear. It is also suitable for ground robots and stationary automation.
Installation and setup require an understanding of servo control basics. The housing must be securely fastened to avoid vibrations. Connect the power wires and interface cable to the control controller. Perform the encoder home position calibration procedure. Tune PID controller gains for optimal system response. A ready-made library for Arduino or ROS makes integration easy.
The servo drive is compatible with popular control systems. It can work with Pixhawk, Cube flight controllers via CAN protocol. Or directly controlled from Arduino, Raspberry Pi via UART. Its reliability and performance are tested in real-life applications. The build quality is up to industry standards.
