4PCS Coreless Micro Motor (6*12mm)
- $6.60 3+ items
- $6.50 5+ items
- $6.30 10+ items
Introduction
Coreless Micro Motor (6×12mm) is a compact high‑speed drive unit designed for lightweight DIY drone builds and micro robotics. Operating at a rated voltage of 3.7V, this miniature brushed motor delivers strong rotational output while maintaining extremely small dimensions suitable for tight airframe layouts. The 6×12mm cylindrical form factor fits easily into micro quadcopters and other space‑constrained mechanisms. With rotational speeds reaching up to 50,000rpm, this tiny propulsion component provides reliable thrust when paired with suitable propellers, making the miniature power module a practical choice for hobby UAV assemblies and small experimental motion systems.
Ultra‑Compact 6×12mm Micro Drive Format
This miniature coreless drive motor adopts a 6mm diameter and 12mm body length, enabling installation inside extremely small mechanical structures. Such a compact footprint allows integration into palm‑sized quadcopters, micro flying platforms, and lightweight robotic assemblies where traditional motors cannot fit. The slim cylindrical structure also simplifies mounting in drone frames or custom housings. For makers building miniature propulsion systems, this tiny electromechanical actuator provides a balance of size efficiency and practical performance.
High Rotational Speed up to 50,000rpm
A high‑speed rotor design allows this micro propulsion motor to reach speeds of up to 50,000rpm, providing strong airflow and thrust generation when matched with compatible propellers. Such rotational performance supports agile lift and maneuverability in small aerial vehicles. The coreless internal structure reduces inertia and improves acceleration response, enabling quick speed changes during flight control. As a result, the small high‑RPM motor serves as an effective propulsion element for experimental UAV designs and lightweight aerial prototypes.
Low‑Voltage Operation for Battery‑Powered Builds
Such micro coreless motors are commonly used in DIY quadcopters, miniature aerial vehicles, and small robotics mechanisms requiring lightweight propulsion. The tiny high‑speed actuator can also power experimental flying models, educational drone projects, and compact mechanical systems where minimal weight and strong rotational output are important design factors.