Micro servo 9g MG90S 90 degrees, suitable for RC and much more.
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  • Micro servo 9g MG90S 90 degrees, suitable for RC and much more.
  • Micro servo 9g MG90S 90 degrees, suitable for RC and much more.
  • Micro servo 9g MG90S 90 degrees, suitable for RC and much more.
  • Micro servo 9g MG90S 90 degrees, suitable for RC and much more.

Micro servo 9g MG90S 90 degrees, suitable for RC and much more.

kr49.00
Tax included

All gears are made of metal.

Article no: 3427

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Radio-controlled models.
Can also be used for controlling a PT camera (Pan, Tilt).
Suitable for robots. Locking hatches, lids, or doors.
Can be controlled via PWM from an Arduino. Servo pulse width is based on time, not percentage.
Some radio controllers use a PWM range of 1.0 to 2.0 ms, which gives the servo a total movement of 90 degrees.

Control using pulse length:
0.5 ms is approximately -90 degrees
1.0 ms is -45 degrees
1.5 ms is 0 degrees
2.0 ms is 45 degrees
2.5 ms is approximately 90 degrees

Fakta.
Model: MG90S
IC H-bridge: SA8301P
Operating voltage: 4.8 to 6 V DC
Body dimensions: approx. 23 x 12.5 mm
Overall dimensions: approx. 32 x 12.5 x height 30 mm
Color: Transparent brown
Gear material: Metal
Cable length: 250 mm
Holding torque at 4.8 V: 1.5 kg at 1 cm from center
Idle current consumption: 8 mA at 4.8 V (own test)
Max current consumption: 500 mA at 4.8 V under full load (own test)
Operating temperature range: 0 to +55 °C
Horn: 3 different types included
Cable order: black (GND -), red (V+), orange (PWM)

Included.
1 pc. servo, 3 pcs. horns, and screws.

About the product.
Weight: approx 16 gram.
Contact us if you have questions at info@pchbutik.se
Article no: 3427
Remaining stock quantity can be found under the Product details tab.
In our range since: 2026-03-30AI genererad text.
A micro servo is a small and lightweight servo motor used in applications where space and weight are limited. It is commonly used in RC models, robotics, and electronics projects such as Arduino. Despite its compact size, a micro servo can deliver sufficient torque to control small mechanical parts with good precision. The servo is controlled via a PWM signal and can be accurately positioned within its operating range, making it ideal for controlling rudders, sensors, or small mechanisms.


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