Servo Gearbox 35:1 Torque Right Angle for Precision Motion Control and Robotics

Compact servo gearbox with a 35 to 1 reduction ratio, designed for use with 11mm to 60 Servo compatibility. Key benefits Higher torque without changing the servo: the 35 to 1 ratio reduces output speed and multiplies torque to handle heavier loads and tighter control. Finer positional control: slower, steadier output motion improves accuracy for slowspeed tasks and precision positioning. Broad compatibility: intended for use with 11mm to 60 Servo sizes, making it suitable for a wide range of hobby and light industrial servo applications. Simple integration: compact form factor and standard servo interface simplify installation into existing setups. Features and performance Reduction ratio: 35 to 1 for significant speed reduction and corresponding torque increase. Function: gearbox unit that connects to a servo to change output speed and torque characteristics while preserving servo control signals. Compatibility: fits servos in the 11mm to 60 Servo size range, enabling upgrades to torque without replacing the servo. Reliability focus: designed to provide consistent, repeatable output for tasks that need steady force or slow movement. Typical applications Robotics: use on joint actuators or grippers where higher torque and precise, slow movement are required. Remote control vehicles and models: improve steering or drive for larger loads or to achieve smoother control at low speeds. Automation and prototyping: add torque to small servos for turntables, winches, or positioning stages in prototypes and custom equipment. What you need to know before you Confirm your servo falls within the 11mm to 60 Servo compatibility range for correct fit. The 35 to 1 ratio changes output speed and torque but does not alter the servo control interface; installation adapts the mechanical output only. This gearbox is a practical way to extend the capabilities of compatible servos by providing a predictable 35 to 1 reduction for improved torque and control in compact systems.