Futaba S3156 Hi-Torque Micro Digital Servo for Electric Models [S3156]

Futaba S3156 Servo Micro Digital Hi-Torque Metal Gear

Price:

AUD$62.04

Brand:

Futaba

Model:

S3156

Not Available

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

R/C Models - System - Servo - Micro Size Servos

High Precision in a Micro Package

The Futaba S3156 Micro Digital Servo delivers accurate control for small electric models where space is limited. Featuring metal gears, the Futaba S3156 is built to withstand frequent use while retaining precise positioning.

Why Choose the Futaba S3156

Compact Design: 22 x 11 x 22mm sizing makes it ideal for cramped servo mounts in small airframes.
Metal Gear Durability: Durable metal gear set designed for consistent service life.
Optimized Torque: Up to 33 oz-in (2.4 kg-cm) at 6V for responsive control of small surfaces.
Speed Efficiency: Quick 0.11 sec/60 degrees timing at 6V for smooth control correction.

Specifications

Torque: 28 oz-in (2.0 kg-cm) @ 4.8V, 33 oz-in (2.4 kg-cm) @ 6V
Speed: 0.13 sec/60° @ 4.8V, 0.11 sec/60° @ 6V
Dimensions: 0.9 x 0.4 x 0.9" (22 x 11 x 22mm)
Weight: 0.32 oz (9.3g)

If you need a small, sturdy servo for electric aircraft control surfaces, the Futaba S3156 offers reliable torque and fast response in a compact form.

Will the Futaba S3156 handle elevator control on small trainers?

Yes, for many small trainers the Futaba S3156 provides adequate torque and speed for elevator duties, provided the surface area and loads are moderate.

Is external gearing lubrication recommended?

Internal gears are lubricated from the factory. Do not add heavy lubricants that could attract debris; light periodic checks are advised.

Can I use this servo on multi-rotor cameras?

It can be used for small camera gimbals on micro multi-rotors if the required torque and speed match the gimbal demands.

Any wiring recommendations?

Keep servo leads short and secure, use quality connectors, and avoid routing near power wires to reduce interference and drag on the linkages.

What is the best way to test the servo before installation?

Bench test with a receiver or servo tester at the recommended voltage range to verify travel, centering, and smooth movement before final mounting.

Hot Brands