Torque Brushless 70kg Servo 8.4V Waterproof IP68 Metal Gear 180° for RC and Robotics

torque brushless servo model X70S designed for precise, fast motion control with a default 180 degree sweep. Built for robotics, RC systems, and automation projects that require strong holding power and quick response. Key benefits torque for heavy loads: Stall torque up to 70kg.cm at 8.4V delivers reliable force for demanding joints and linkages. Fast, accurate positioning: Operating speed as fast as 0.08 seconds per 60 degrees provides responsive motion for dynamic applications. Durable, smooth operation: Brushless motor and 6BB ball bearings reduce wear and improve longevity and smoothness. Flexible control: Wide pulse width range and optional angle support integration with a variety of controllers and mechanical designs. Performance specifications Model: X70S Stall torque: 70kg.cm at 8.4V, 63kg.cm at 7.4V, 53kg.cm at 6V Speed: 0.08 s per 60 degrees at 8.4V; 0.085 s per 60 degrees at 7.4V; 0.1 s per 60 degrees at 6V Motor type: Brushless Pulse width: 500s2500s (default corresponds to 180 degrees) Dead zone: 2s Ball bearing: 6BB Working frequency: 1520s/330hz Default angle: 180 degrees Physical size: 40 x 21 x 50 mm Weight: 100.8 g Angle available on request. Default angle is 180 degrees with pulse width 500s2500s. Request details if a different sweep is required. Typical applications Robotic arms and manipulators: Provides torque for lifting and positioning joints while maintaining precise control. Remote control vehicles and servos for steering or suspension: Fast response and strong holding torque for demanding RC setups. Camera gimbals and pan tilt systems: Smooth brushless drive and ball bearings help reduce jitter and improve motion quality. Additional notes Actual product color may vary slightly due to monitor and lighting differences. Please allow 1 to 3 mm tolerance due to manual measurement. Servos to improve conversion rates. This servo combines torque, fast response, and a brushless design to meet the needs of projects that require robust, repeatable motion control.