DF15RMG Tilt Kit (20kg)

DFRobot high‑torque standard servo motor delivers precise angular control for demanding robotics motion systems. A servo motor functions as a rotary actuator capable of accurate position control, making this actuator module suitable for robotic arms, articulated joints, and automated mechanisms. The design focuses on durability and flexible mechanical integration, featuring reinforced housings and mixed metal gearing for reliable load handling. With approximately 19.3kg·cm stall torque at 7.4V and straightforward PPM signal control, this robotics servo integrates easily with common controllers such as Arduino platforms used in embedded motion control and automation projects.

High Torque for Demanding Robotic Motion

This high‑power rotary actuator delivers strong mechanical output for robotics applications requiring substantial force. A stall torque rating of 19.3kg·cm at 7.4V and dynamic torque of 15.1kg·cm provide reliable drive capability for articulated structures and load‑bearing mechanisms. Steel and copper mixed gears increase durability under repeated stress while maintaining smooth transmission. Such mechanical strength makes this servo actuator suitable for robotic arms, joint assemblies, mobile robotics mechanisms, and other precision motion systems that require consistent torque delivery.

Dual Shell Design for Flexible Mechanical Integration

This robotics servo package includes two pairs of servo shells to support different installation scenarios. A standard shell with four M4 mounting holes enables conventional servo mounting in frames or chassis structures. A second shell featuring dual bearings supports robotic arm or joint configurations where additional mechanical stability is required. Thickened structural housings enhance rigidity and reliability within moving systems, allowing the actuator module to withstand repeated motion cycles and mechanical loads in robotics prototypes and automation equipment.

Efficient PPM Control with Signal Lock Function

This precision motion servo uses standard PPM signal control, simplifying integration with common microcontroller platforms. The built‑in pulse detection lock function reduces processing demand on the controller by maintaining the target position after a command signal is received. A single PPM control signal drives the actuator to the desired angle, allowing efficient motion control while minimizing continuous signal processing overhead. This design improves stability in embedded robotics projects and supports responsive control in automated mechanisms.

This high‑torque robotics servo is suitable for articulated robot arms, robotic joints, educational robotics kits, automation mechanisms, and motion control prototypes. Reliable torque output, flexible mounting shells, and simple PPM control make the actuator well suited for research projects, maker robotics builds, and STEM development platforms requiring precise rotational movement.