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Datasheet
FT2331M High-Speed Digital Servo With 4.5 kgcm Torque, Aluminium Case And Coreless Motor
The FT2331M digital servo motor is designed for RC aircraft, drones, robotics, control mechanisms, and other compact motion-control applications requiring accurate angular positioning. At 6V, the servo delivers up to 4.5 kg.cm stall torque with a no-load speed of 0.09 sec/60deg, providing a practical combination of speed and torque for responsive control applications.
The servo features a durable aluminium case, metal gear transmission, ball bearings, and a coreless motor for reliable mechanical performance. Its compact 32 x 12 x 27.5 mm construction and approximately 21 g weight make it well-suited for applications where installation space and weight are limited. Digital pulse-width control provides precise positioning, while stall protection helps protect the servo during prolonged overload conditions.
Key Features
- 4.5 kg.cm Stall Torque: Delivers up to 4.5 kg.cm stall torque at 6V for compact motion-control applications.
- High-Speed Operation: Provides a no-load speed of 0.09 sec/60deg at 6V for responsive movement.
- Digital Servo Control: Uses a digital comparator control system for accurate position control.
- Coreless Motor: Provides responsive operation and efficient mechanical performance.
- Metal Gear System: Uses a durable gear train for reliable torque transmission.
- Aluminium Case: Provides a rigid housing for improved mechanical durability and heat dissipation.
- Ball Bearings: Supports smooth output-shaft rotation and reduced mechanical friction.
- Wide Input Range: Supports an input-voltage range of 3V to 8.4V.
- 240deg Operating Travel: Supports up to 240deg movement using a 500-2500 us control-pulse range.
- Compact Construction: Measures 32 x 12 x 27.5 mm for integration into space-constrained systems.
- Lightweight Design: Weighs approximately 21 g for RC aircraft, UAV, and robotics applications.
- 25T Output Spline: Features a 25T output spline with approximately 4.95 mm diameter.
- Stall Protection: Electronic protection activates following an extended stall condition.
- JR-Type Connection: Uses a standard JR-type servo connection for convenient system integration.
Applications
- RC aeroplanes
- Fixed-wing drones
- UAV control surfaces
- RC helicopters
- Robotics projects
- Robotic arms
- Pan-and-tilt mechanisms
- Steering systems
- Educational robotics
- Automation prototypes
- Remote-controlled vehicles
- Embedded motion-control systems
Dimension
