ElectronicsEgypt
JGA25-370 DC Gear Motor 12V 50RPM 25kg.cm D-Shaft

JGA25-370 DC Gear Motor 12V 50RPM 25kg.cm D-Shaft

Part number: JGA25-370DC & Gear Motors

Lowest price now

299 EGP

3 offers · 3 storesSave up to 25%

View in store: Most Electronics

Prices updated: 14 Oct 2026

Compare prices

StorePriceView in store
Most Electronics logoMost ElectronicsCheapest299 EGP459View in store
Makers Electronics logoMakers Electronics300 EGPView in store
Ekostra logoEkostra400 EGPView in store

Price history

Lowest daily price, last 90 days

30030029912 Oct 202614 Oct 2026

Lowest price recorded: 299 EGP

About this product

The JGA25-370 is a 12V DC gear motor with a 25 mm gearbox and a D-shaped output shaft, suited to robot drives and mechanical projects. At 12V it runs at about 50 RPM with no load and has a stall torque of 25 kg.cm, and it operates across a 6V to 18V range. Mount it with a D-shaft wheel or hub and drive it through a motor driver rated for its stall current.

Specifications

Operating voltage
6 V to 18 V
Nominal voltage
12 V
Free-run speed
50 RPM at 12 V
Free-run current
50 mA at 12 V
Stall current
1200 mA at 12 V
Stall torque
25 kg.cm at 12 V
Reduction gearbox size
25 mm
Output shaft
D-shaped

Frequently asked questions

What is the price of JGA25-370 DC Gear Motor 12V 50RPM 25kg.cm D-Shaft in Egypt?

JGA25-370 DC Gear Motor 12V 50RPM 25kg.cm D-Shaft currently costs between 299 and 400 EGP across 3 offers in Egypt.

Where can I buy JGA25-370 DC Gear Motor 12V 50RPM 25kg.cm D-Shaft in Egypt?

JGA25-370 DC Gear Motor 12V 50RPM 25kg.cm D-Shaft is available from Most Electronics, Makers Electronics, and Ekostra. Compare the offers above to find the best price.

Which motor driver should I use with it?

The stall current is 1200 mA at 12 V, so the driver must handle at least that current, with extra margin for startup and load peaks. Choose a driver rated above 1.2 A per channel.

How do I attach a wheel to the output shaft?

The output shaft is D-shaped, so use a wheel or hub with a matching D-shaped bore to prevent slipping. A round bore will not lock the shaft's rotation.