ElectronicsEgypt
Futaba S3003 Plastic Geared Servo Motor

Futaba S3003 Plastic Geared Servo Motor

Part number: S3003Brand: FutabaServo Motors

Lowest price now

135 EGP

1 offer · 1 stores

View in store: Makers Electronics

Prices updated: 12 Oct 2026

Compare prices

StorePriceView in store
Makers Electronics logoMakers Electronics135 EGPView in store

Price history

Lowest daily price, last 90 days

Not enough price history yet.

Lowest price recorded: 135 EGP

About this product

The Futaba S3003 is a plastic geared RC servo motor controlled by PWM pulse width, with a 1520µs neutral position. It operates from 4.8 to 6.0V and is widely used by hobbyists and students in robotics, model and small mechanical projects. Its internal circuit can be modified for continuous rotation.

Specifications

Control method
PWM pulse width, 1520µs neutral
Operating voltage
4.8 – 6.0 V
Stall torque
3.2 kg.cm @ 4.8V / 4.1 kg.cm @ 6.0V
Operating speed (no load)
0.23 s/60° @ 4.8V / 0.19 s/60° @ 6.0V
Operating temperature
-20 to 60 °C
Operating angle
45° one side
Gear type
Plastic
Continuous rotation modifiable
Yes

Frequently asked questions

What is the price of Futaba S3003 Plastic Geared Servo Motor in Egypt?

Futaba S3003 Plastic Geared Servo Motor currently costs 135 EGP in Egypt.

Where can I buy Futaba S3003 Plastic Geared Servo Motor in Egypt?

Futaba S3003 Plastic Geared Servo Motor is available from Makers Electronics. Compare the offers above to find the best price.

How do I wire the S3003 to a microcontroller?

The S3003 has three wires: typically red for power (+), black or brown for ground (-), and yellow or white for the PWM signal. Connect the signal wire to a PWM-capable pin, supply 4.8 to 6V to the power wire, and share a common ground between the servo and the controller.

Can I power the S3003 directly from an Arduino 5V pin?

It can work for light loads, but the servo draws current spikes when it moves under load, which can reset the board. For reliable operation, use an external 5 to 6V supply with a common ground shared with the Arduino.