Futaba S9252 Competition-Grade Digital Servo  [S9252]

Futaba S9252 Digital All Purpose Servo
Price:
AUD$115.51
Brand:
Futaba
Model:
S9252
Please kindly input your name and email address, we will inform you once we have the restocking.
Or you may find similar product under the
category
Write a review

High-precision control from Futaba S9252

The Futaba S9252 Digital Servo combines swift digital processing with a coreless motor to deliver responsive, low-vibration motion. Its construction suits pilots flying F3C helicopters or fine-control fixed-wing planes who demand reliable feedback and smooth travel.

Features that support precise flying

  • Digital microprocessors shorten the time between transmitter input and servo output for improved control feel.
  • Coreless motor removes heavy iron cores to reduce cogging and improve smoothness.
  • Dual ball bearings on the output shaft reduce friction and increase positional accuracy.
  • Plastic/nylon gears for dependable operation under regular use.
  • Robust, low-resistance wiring to handle high current without voltage drop.
  • Dust and splash resistant enclosure, though it is not fully waterproof.
  • Well suited for all control surfaces on F3C helicopters and precision fixed-wing aircraft.

Specifications

  • Speed: 0.14 sec/60 degrees (4.8V)
  • Torque: 92 oz/in (6.6 kg-cm) (4.8V)
  • Weight: 1.8 oz (50 g)
  • Power Supply: 4.8V (not recommended for 6V)
  • Dimensions: 41mm x 20mm x 38mm

For club racers and serious hobbyists who need crisp, repeatable control, the Futaba S9252 is a solid servo choice to sharpen flight performance.

No, the servo is rated for 4.8V operation; using 6V can overstress the motor and electronics and is not advised.
The S9252 is suitable for a full range of control surfaces on F3C helicopters and precision fixed-wing aircraft, offering enough torque and speed for demanding setups.
Wipe off grit, keep vents clear, and inspect the gear train after heavy flights; avoid submerging the unit since it is not waterproof.

Copyright © 2008-2025 rcjaz.com.au All rights reserved