Micro Metal Gearmotor Extended Bracket (Pair)

A compact micro metal gearmotor mounting bracket designed to simplify installation of small DC gearmotors in robotics and motion-control projects. This lightweight plastic motor holder provides a practical mechanical interface for securing micro metal gearmotors onto robot chassis, mobile platforms, and DIY mechanical assemblies. By enclosing exposed gear sections and integrating mounting tabs, this motor support component improves protection, alignment, and assembly convenience. Such a compact motor mounting solution is especially suitable for small autonomous vehicles, educational robotics platforms, and rapid prototyping systems where reliable motor positioning and quick installation are essential.

Protective Enclosure for Exposed Gear Trains

The plastic motor bracket surrounds the exposed gear area of a micro gearmotor, helping reduce accidental contact with rotating components while also improving mechanical stability. This protective housing structure supports safer integration into compact robotic assemblies and classroom prototypes. By maintaining consistent alignment between the gearbox and mounting surface, the motor holder helps reduce mechanical stress during operation, contributing to smoother drivetrain performance in small robotics platforms and experimental mechanical builds.

Integrated Mounting Tabs for Quick Installation

Built‑in mounting tabs capture fastening nuts directly inside the bracket, simplifying the installation process and reducing assembly time. This design allows straightforward attachment to frames, robot bases, and structural panels without requiring complex hardware arrangements. The bracket version also includes tab geometry designed for compatibility with 49x12 Wheels, allowing compact drive modules to be assembled efficiently in wheeled robot platforms and small autonomous vehicles.

Suitable for compact robotics systems, educational mechanical projects, and lightweight mobile platforms, this micro motor mounting solution provides a convenient structural interface between miniature gearmotors and chassis components. The bracket enables efficient drivetrain assembly for small robots, experimental vehicles, and STEM engineering demonstrations where compact drive modules and reliable motor alignment are required.

Basic Parameters

Mechanical Compatibility