Micro 10 mm DC motor for lowvoltage projects Key specifications Motor diameter: 10 mm Motor thickness: 3.4 mm Lead length: approx. 32 mm Rated voltage: 3 V Current: 64 mA Why this motor is useful Compact size and thin profile make it easy to fit into tight spaces and slim enclosures. Low rated voltage and modest current draw suit batterypowered and portable designs. Preattached leads simplify wiring and mounting for rapid prototyping or replacement. What it does and how it stands out Provides reliable smallscale rotational motion for miniature mechanisms and actuators. Small footprint with a consistent rated voltage and current specification helps when matching power supplies and designing control circuits. The 32 mm leads allow straightforward soldering or connector attachment without needing additional extension wires. Compatibility and performance Designed for use with 3 V power sources and drive circuits that can supply around 64 mA. Size and electrical characteristics make it compatible with a wide range of hobby electronics, small actuators, and educational projects. Its thin 3.4 mm thickness is suitable for slim device layouts where space is limited. Use scenarios and applications Hobby robotics: power micro wheels, gear drives, or simple propulsion mechanisms in small robots and model systems. Portable electronics and indicators: drive tiny fans, rotating indicators, or mechanical displays in batterypowered devices. Educational kits and prototyping: integrate into STEM projects, breadboard experiments, and quick prototypes where low voltage and compact form factor are required. Practical notes for integration Verify that your power source can supply 3 V and approximately 64 mA under expected load conditions. Use the included approx. 32 mm leads for soldering or attaching connectors; secure wiring to prevent mechanical strain on the motor terminals. Account for the 10 mm diameter and 3.4 mm thickness when designing mounting points or enclosures. This motor provides a compact, lowvoltage solution for small mechanical and electronic projects where space and power efficiency are important.