Compact 9g steering gear micro servo for hobby and lightduty control applications. Small size and low weight make it easy to add precision steering or positioning to micro RC models, small robots, and DIY electronics. Key benefits Compact and lightweight: 22.5mm x 12.5mm x 22.5mm, about 13 grams, fits tight spaces and minimizes added mass. Precise, responsive control: noload speed 0.12 s per 60 degrees at 4.8 V delivers quick movement for steering and positioning tasks. Sufficient torque for small mechanisms: stall torque 1.2 to 1.4 kg/cm at 4.8 V provides reliable force for micro vehicles and actuated linkages. Wide operating range: works from 4.8 to 6 V and across temperatures from 30 to +60 degrees Celsius for varied environments. Fine control: deadband set to 7 microseconds for accurate positioning and stable hold. Technical highlights Speed: 0.12 s / 60 degrees (no load) at 4.8 V Stall torque: 1.2 to 1.4 kg/cm at 4.8 V Operating voltage: 4.8 to 6 V Deadband: 7 microseconds Operating temperature: 30 to +60 degrees Celsius Size: 22.5mm x 12.5mm x 22.5mm Weight: about 13 grams Connection and control Standard 3wire servo connection. Wire : red positive, brown negative, orange signal. Controlled by a standard servo control signal from a microcontroller or RC receiver. Note that steering servos require a servo control signal, not the same connection method as an ordinary DC motor. When the servo receives a continuous control signal it will rotate to and hold the commanded position. Included items Steering gear (servo) Rocker (control horn) Mounting screws Typical applications 1. Micro RC models: steering for small cars, control surfaces on lightweight fixedwing models, or small rotorcraft linkages. 2. Hobby robotics: joint actuation, pan/tilt heads for sensors, and small grippers where compact size and modest torque are needed. 3. DIY electronics and automation: small camera mounts, mechanical linkages, or educational projects requiring precise angle control. Why choose this servo This 9g steering gear combines a small footprint, responsive movement, and adequate torque for many microscale tasks. Its standard wiring and control make integration with common microcontrollers and RC receivers straightforward, while the specified deadband and operating range support stable, repeatable operation in hobby and educational projects.