C3 Motor GearBox Reduction- 118rpm@3V

Name: C3 Motor GearBox Reduction- 118rpm@3V
SKU: TS-M047
Availability: InStock

C3 Motor GearBox Reduction- 118rpm@3V, which suits various small devices and DIY projects, is ideal for applications requiring moderate speed and low voltage operation.

$8.95

5 in stock

This item: C3 Motor GearBox Reduction- 118rpm@3V

5 in stock

$8.95

Servo Motor SG-5010 - 180 degrees

1 × Servo Motor SG-5010 - 180 degrees

3 in stock

$11.75

SG92R 180 Degree Micro Servo

1 × SG92R 180 Degree Micro Servo

19 in stock

$9.95

Title	Qty	Discount
Qty Discount	4 - 9	5% $8.50
Qty Discount	10 +	8% $8.23

SKU: TS-M047

Categories:130 motor series, Motors - Servo's, Plastic Motor Gearbox

Description

Additional information

Applications

Support & Utility

Q & A

The C3 Motor GearBox Reduction- 118rpm@3V, ideal for applications requiring moderate speed and low voltage operation, suits various small devices and DIY projects.

Specifications:

Product Name: C3 Gearbox
Reduction factor: 144 times
Motor voltage: 3V
Motor speed: 13800rpm
Output speed: about 118 rpm (actually slightly different)
Dimensions: 5*4*3 cm, output shaft length is 8 cm
Weight: 16.5 grams
F130 1.5-3V 12000 RPM Brushed DC Motor
Rated Voltage: 1.5-3V
Nominal Voltage: 3V
No Load RPM: 13800rpm（±10%）
No Load Current: 120ma
Rated Speed: 8000-12000 RPM
Shaft Type: Round

Package Includes:

C3 Motor GearBox Reduction- 118rpm@3V

	Check Out our Clearance and on-sale items. Development Resources: Demo Codes, Schematics, Datasheets, Etc
	Hackaday serves up Fresh Hacks Every Day from around the Internet.
	Instructables is a community for people who like to make things. Explore, share, and do your next project with us!
	Where the world builds software
	Raspberry Pi Foundation: What would you like to make today?
	Arduino’s mission is to enable anyone to enhance their lives through accessible electronics and digital technologies.
	Wikipedia is a free online Encyclopedia created and edited by volunteers worldwide and hosted by the Wikimedia Foundation.
Notes:	There may be slight size deviations due to manual measurement and different measuring methods and tools. The picture may not reflect the actual colour of the item because of different photography lights, angles and displays.