Import Clock Motor — Buy in Bulk from Supplier in China

The VID69 clock stepper motor is a precision electromagnetic component designed for automotive analog clocks and instrument cluster applications. It operates on a 60:1 gear reduction ratio, delivering incremental rotation of 0.1875 degrees per step at 3V DC. The motor uses a permanent magnet rotor and a 4-phase stator configuration, compatible with standard clock driver ICs such as the A4900 or ULN2003.

The motor housing is made of engineered thermoplastic with a metal shaft and brass gear train. It is rated for continuous operation between -20°C and +85°C, suitable for automotive cabin environments. The step angle is standardized at 7.5 degrees per full step, with a torque output of 1.8 mN·m at 3V. The motor is not waterproof and is intended for dry, controlled interior installations.

This motor is used by automotive OEMs and aftermarket clock manufacturers for dashboard time displays, particularly in vehicles without digital clusters. Buyers include automotive component distributors, clock module assemblers, and electronics repair suppliers. Packaging is bulk tray-packed for automated assembly. MOQ, lead time, and certifications are not specified and must be confirmed directly with the supplier.

Hk Vid Co. is a registered entity based in Shenzhen, Guangdong, operating from an industrial park address in Shiyan. The supplier is listed as imported-tier and harbor-tier, indicating minimal platform verification. No company history, production facility details, or workforce size are disclosed. The listing does not reference any quality certifications, export licenses, or ISO standards.

The business appears to function as a distributor or small-scale manufacturer of niche automotive stepper motors. There is no indication of in-house R&D or testing labs. The VID69 motor is presented as a standard product, but no documentation on design control, batch traceability, or failure rate data is provided. Buyers should treat this as a component sourcing option and verify performance with physical samples before volume procurement.