Futaba S3110M Lightweight Micro Servo for Model Aircraft  [S3110M]

Futaba S3110M - Micro Servo (7.4g/0.1sec/1.6kg)-4.8v
Price:
£16.28
Brand:
Futaba
Model:
S3110M
Condition:
Brand New
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High Precision in a Tiny Package: Futaba S3110M

The Futaba S3110M Micro Servo is crafted for modellers who need dependable control in compact gearboxes and limited spaces. Its small dimensions and low mass make it a good match for park flyers and micro electrics. With 0.1 sec/60 degrees response and 22 oz-in torque at 4.8V, the S3110M delivers consistent, accurate movement for fine control surfaces.

Why Choose the S3110M for Small Models

  • Compact Design: Measures only 21.8mm in length, 11mm in width, and 19.8mm in height, making it suitable for tight servo compartments.
  • Lightweight Construction: Weighs just 7.3g, reducing impact on overall mass and handling.
  • Quick Response: Offers a speed of 0.1 sec/60° at 4.8V for accurate and prompt actuation.
  • Durable Build: Features replaceable case sets and gears to simplify repairs and extend service life.

Specifications

  • Length: 21.8mm
  • Width: 11mm
  • Height: 19.8mm
  • Weight: 7.3g
  • Speed @ 4.8V: 0.10 sec/60°
  • Torque @ 4.8V: 22 oz-in

The Futaba S3110M Micro Servo is a pragmatic option for builders seeking accurate control in small-scale RC projects, with easy servicing and reliable performance.

Will the S3110M cope with dual servo setups?

Yes, it can be used in pairs for larger surfaces if each servo is sized appropriately for the control load. Use proper linking to share loads evenly.

Can I replace the outer case if damaged?

Replacement case sets are available and the S3110M is designed for straightforward part replacement, which helps avoid full-unit replacement.

Is it acceptable to use slightly higher voltage briefly?

Short bursts of marginally higher voltage may increase speed, but regular use above 4.8V can shorten component life. Stick to the recommended supply for longevity.

How do I check for gear wear?

Listen for grinding or slop in movement, and check for free play at the output shaft. If you notice play or noise, inspect and replace gears as needed.

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