The JGY370 Worm Gear Reduction DC Single Short Output Shaft 6mmD Axis With Selflocking Without Bracket 23RPM_12V combines a compact DC motor with a worm gear reducer to deliver slow, controlled rotation with a selflocking feature. It is designed for applications that require reliable holding power without continuous power, in a compact footprint, and without a mounting bracket. Key benefits Selflocking worm gear design provides holding capability when power is removed, helping prevent unintended movement or drift. Compact, single short output shaft configuration with a 6 mm diameter shaft fits into tight spaces and compact assemblies. Slow, precise motion at a stated 23 RPM when powered by 12 V, enabling controlled positioning and smooth operation. No mounting bracket included, offering flexible mounting options with your own hardware and setup. Simple 12 V DC operation supports straightforward integration into lowvoltage projects and systems. Key specifications and features Model: JGY370 Type: Worm gear reduction DC motor Output: Single short output shaft, 6 mm diameter Shaft: 6 mmD axis Reduction setup: Worm gear reduction Speed: 23 RPM at 12 V Selflocking: Yes Bracket: Without bracket (mounting bracket not included) Voltage: 12 V DC Application focus: designed for lowspeed, torque output with secure holding Recommended applications Small robotics and automation projects requiring slow, precise rotation and the ability to hold position without power. Compact motion control for camera platforms, pan/tilt devices, or microrotary stages where backdriving must be prevented when off. Hobbyist or educational setups needing a miniature, lowspeed rotary drive with flexible mounting options and no fixed bracket. Notes for integration This unit is supplied without a mounting bracket; you will need to provide appropriate mounting hardware or a custom bracket to suit your assembly. Ensure a suitable 12 V DC power source and current capability for your load, and select a compatible driver or controller appropriate for your control scheme. This description reflects the product's brand, model, features, and specifications as stated, focusing on clarity, practicality, and realworld usability.