The NEMA11-02 is a compact bipolar stepper motor designed for precise motion and positioning tasks requiring high torque. Thanks to its slim NEMA 11 design, it is particularly well-suited for applications where space is limited but higher driving force is required.

With 200 steps per revolution and a step angle of 1.8°, the motor enables finely graduated and controlled positioning. The NEMA 11 series is designed for comparatively high speeds and, according to the data sheet, can reach speeds ranging from up to 3,000 rpm.

The NEMA11-02 offers a holding torque of 0.12 Nm, which is significantly more than the more compact models in the series. This makes it suitable for both demanding maker projects and industrial applications, such as positioning optical components, metering pumps, locking mechanisms, or other precision motion tasks.

With four open connection wires, the motor can be flexibly integrated into custom control systems and designs. Measuring 28 × 29 × 52 mm, the NEMA11-02 combines a compact footprint with high performance, making it a versatile solution for precision drive systems.