DC Motor Tethered module — LittleBits (compact DC motor with tethered power connection)

The LittleBits DC Motor Tethered module is a compact DC motor designed for use in prototyping, education and simple robotic projects. It provides a fixed tethered power connection that integrates with LittleBits systems, delivering a straightforward motor output for driving small mechanisms, wheels, props and other moving elements in learning kits and maker builds.

Advantages

This tethered DC motor module offers a compact footprint and a pre-attached power lead that simplifies wiring and connection to compatible LittleBits circuits. Its design focuses on ease of use, allowing quick assembly and dependable rotational output for low-load applications. The module is suitable for repeated classroom use and rapid iterations during prototyping thanks to its straightforward electrical interface.

Suitable for

• STEM and classroom projects requiring a small motor
• Maker prototypes and hobby builds with basic motion needs
• Simple robotics and moving props such as wheels or fans
• Demonstrations of motor control concepts and basic electronics

Key specifications

• Compact DC motor module form factor for space-constrained designs
• Tethered power connection for fixed, easy integration with compatible circuits
• Designed for low-load rotational output suitable for small mechanisms and props
• Durable construction intended for educational and prototyping environments

How to use

Connect the tethered power lead to the compatible power/output interface of a LittleBits circuit according to the system’s connection conventions. Secure the module in your build so the motor shaft can drive the intended mechanism — for example, attach a wheel, gear or propeller to the shaft. Apply power through the connected circuit and control motor operation using switches, pulse modules or other LittleBits control modules as required.

Usage recommendations

Use the module within low-load applications to avoid overheating or premature wear. When mounting, ensure the motor shaft alignment minimizes side loads and that moving parts have adequate clearance. For classroom settings, pair the motor with simple control modules to demonstrate on/off and speed relationships safely.