Selflocking safety: builtin selflocking mechanism holds the output shaft firmly when power is removed, preventing unintended rotation or backdrive. This reduces risk of part drift, eliminates the need for an external brake in many designs, and improves operator and equipment safety. Compact, installationfriendly shaft: the rectangular output shaft simplifies mechanical coupling and alignment in confined spaces. Its shape resists slippage and makes it easier to secure with common clamp or setscrew style couplers, helping the motor fit a variety of mounting arrangements and spacelimited designs. Quick integration and wiring: straightforward wiring and a userfriendly design make this motor easy to add to or existing systems. Suitable for firsttime builders and experienced integrators alike, it speeds up prototyping and reduces installation time. Where it helps most: Robotic joints and hobby robots: holds position reliably when motors are powered down and provides a secure coupling to linkages or gear reductions. Compact machinery and fixtures: ideal for small conveyors, indexing mechanisms, or lab equipment where size constraints and secure shaft coupling are critical. Prototype and DIY automation projects: simplifies mechanical integration and wiring so projects move from concept to working prototype faster. Key attributes: Function: selflocking output that prevents rotation when unpowered. Compatibility: rectangular shaft designed to interface with common couplers and brackets for flexible mounting options. Size: intended for applications with specific or limited space requirements. Performance: dependable hold and stable output behavior for small machinery and robotic uses. Usability: straightforward wiring and userfriendly design for rapid installation. This motor is a practical choice when you need reliable holding capability, flexible shaft coupling, and easy integration in spaceconstrained automation or robotic projects.