Product Introduction

INEED 609 series 6mm nano planetary DC gearmotors are designed for mechanisms that need measurable torque in a very small diameter—typical examples include smart lock actuation and compact consumer electronics. The coreless motor length is 9.3 mm, and the gearbox length scales with ratio: 15.10 mm (5.14:1), 17.0 mm (26.45:1), 18.7 mm (136.02:1), and 20.5 mm (699.55:1). This makes it straightforward to trade axial space for higher mechanical advantage without changing the 6 mm interface. Four gear ratios (5.14/26.45/136.02/699.55:1) allow you to tune output torque and speed for latch movement, clutch engagement, or controlled motion under load. Standard output is a D‑shaft, with configurable wire length and connector. Request the datasheet, outline drawing, STEP model, and performance curves for current and torque validation before release.

Outline drawing

Customizable items: 1. Length and shape (A and B); 2. Voltage, output speed, torque, etc. ; 3. Adding connectors, lead wire length.

The basic parameters are for reference

Designed for smart lock actuation and compact consumer electronics where torque margin matters.

FAQs

What is the total length of the 609 series 6mm gearmotor assembly?

Total length is the 9.3 mm motor plus the gearbox length by ratio: 15.10 mm (5.14:1), 17.0 mm (26.45:1), 18.7 mm (136.02:1), 20.5 mm (699.55:1). If you share your maximum axial space, we can confirm the best ratio choice.

Which gear ratio should I start with for prototyping?

If requirements are not finalized, 26.45:1 is often a practical starting point to balance speed and torque. For low-speed/high-holding applications, move to 136.02:1 or 699.55:1; for faster motion with lighter load, use 5.14:1.

What engineering files can you provide for integration?

We can provide datasheet, outline drawing (2D), STEP 3D model, and performance curves so you can verify fit, current draw, and operating margin before release. Connector and wire length can be aligned to your harness spec.