Micro Metal Gear Motor with Connector (30:1)

Micro Metal Gear Motor with Connector (30:1) delivers compact yet reliable actuation for miniature robotics and mobile platforms. A precision metal gearbox combined with a 30:1 reduction ratio produces stable rotational output while maintaining low current consumption. A 0.365" (9.27 mm) long D-profile metal shaft matches common Pololu‑style wheels sized 42×19mm and 32×7mm, enabling straightforward mechanical integration. The small form factor and lightweight 15 g construction support tight robot chassis layouts and lightweight autonomous vehicles. Integrated connector wiring simplifies electrical installation, making this miniature geared motor suitable for robotics development, educational robot kits, and small motion-control mechanisms.

Precision D‑Profile Shaft for Standard Micro Wheels

A durable metal output shaft with a 0.365" (9.27 mm) D profile ensures secure coupling with widely used 42×19mm and 32×7mm Pololu‑style wheels. This mechanical interface prevents slippage during acceleration or load changes, maintaining consistent power transmission. Such compatibility allows robotic drivetrain assemblies to be built quickly without custom adapters. The compact micro gearmotor format also fits neatly into small robot drive modules, enabling balanced wheel alignment and reliable motion control in miniature robotic vehicles.

Flexible Mounting with Protective Bracket Options

A brass faceplate incorporates two threaded mounting holes designed for M1.6 screws (1.6 mm diameter, 0.35 mm thread pitch), providing a stable mechanical anchor for robotics structures and custom frames. Additional mechanical support can be achieved using the dedicated mounting bracket or the extended mounting bracket variant. These bracket systems secure the gear motor while enclosing exposed gears for improved durability. The extended bracket option is particularly suitable for wheels with recessed hubs such as 42×19mm wheels.

PH2.0 Connector Interface with Improved Reliability

A preinstalled PH2.0 connector enables quick plug‑and‑play wiring without soldering, simplifying electrical integration during rapid prototyping or educational builds. An onboard integrated circuit improves anti‑jamming performance, enhancing operational stability when motors encounter mechanical resistance or fluctuating loads. This design supports dependable motor control in compact robotics applications and helps protect motor driver circuits during demanding motion tasks.

Compatibility with the MiniQ Robot Chassis makes this miniature gearmotor a practical drivetrain component for small autonomous robots, educational robotics kits, and lightweight mobile platforms. Stable speed output, compact structure, and simple wiring collectively support rapid robot assembly and experimentation.