Skip to main content

Menu

1.5 to 3VDC Flat Motor

MO0000
1.5 to 3VDC Flat Motor

$1.95

Prices include GST

QTY Price
1 $1.95
10 $1.80
100 $1.62

Description

The 1.5 to 3VDC Flat Motor is a compact DC electric motor for low-voltage applications requiring medium speed and torque. Operating within a voltage range of 1.5V to 3V DC, it has a normal operating voltage of 3V DC and delivers a no-load speed of up to 12,000 RPM.

Featuring a flat-style body measuring 25mm in length and 20mm in diameter, this motor is suitable for compact electronic projects and small mechanical applications. Its 2mm diameter shaft and 6.5mm shaft length allow connection to compatible gears, wheels, and other mechanical components.

With a load current of 50mA and a torque rating of 10.6 g/cm at maximum efficiency, this motor provides a practical solution for hobby electronics, DIY projects, educational models, and small motorised devices.

Features

  • Designed to operate between 1.5V and 3V DC
  • Normal Operating Voltage
  • Features a space-saving motor body for compact installations
  • Medium Speed and Torque
  • High No-Load Speed
  • 2mm Shaft Diameter

Specifications

Voltage Range

1.5V- 3V DC

Normal Voltage

3V DC

Speed (no load)

12,000 RPM

Current (load)

50mA

Torque @ max efficiency

10.6 g/cm

Dimensions

Body Length

25 mm

Body Diameter

20 mm

Shaft Length

6.5 mm

Shaft Diameter

2 mm

You Might Also Like

All prices are in Australian Dollars and include GST.
Wiltronics Online only delivers overseas in rare circumstances. If you can not source your desired product elsewhere, contact us at sales@wiltronics.com.au. Please note that minimum order quantities and processing fees apply, which will vary depending on delivery location.

Products may differ from pictured.
All trademarks and trade names are the properties of their respective owners. Wiltronics disclaims any proprietary interest in trademarks and trade names other than its own.

We use cookies to ensure you have the best experience on our site. If you continue to use this site you consent to the use of these cookies. OK

Find out more in our Privacy Policy