Futaba S3153 High-Speed Micro Digital Servo for Futaba Radios  [S3153]

Futaba S3153 Digital Micro High-Speed Servo
Price:
AUD$53.14
Brand:
Futaba
Model:
S3153
Condition:
Brand New
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S3153 micro high-speed servo - product brief

The Futaba S3153 is a micro-sized digital high-speed servo intended for radio-controlled models where compact dimensions and quick actuation are priorities. It is designed to be connected to Futaba radio control receivers and is a good match for small electric aircraft and other lightweight airframes.

Metal gearing provides improved wear resistance and consistent positioning. As a high-speed digital servo the S3153 will draw higher current under load; when using NiMH or LiPo power packs ensure your battery and any regulator or BEC can supply the necessary current to the receiver and servo bus.

To fit the servo, mount it securely, select the appropriate horn and grommets from the accessories, attach the control linkage, and connect the lead to the correct receiver channel. The S3153 is not recommended for high torque tasks such as large gliders or models driven by gasoline engines.

Box contents

  • One S3153 Digital High Speed Micro Mini Servo
  • One Servo Accessory Pack (Horn, Grommets, Screws, Bushings)

Specifications

  • Item Futaba S3153 Digital High-Speed Servo
  • Model Number S3153
  • Material Metal gears
  • Speed 0.11 sec/60 at 4.8V, 0.09 sec/60 at 6V
  • Torque 19 oz-in (1.4 kg/cm) at 4.8V, 24 oz-in (1.7 kg/cm) at 6V
  • Dimensions 22 x 11 x 20 mm
  • Weight 9.6 g
  • Output Shaft Diameter 5 mm
  • Included Servo and accessory pack (horns, grommets, screws, bushings)

Use the Futaba S3153 when you need a small, fast digital servo for light-duty control surfaces; ensure correct power provisioning and avoid using it where high torque is required.

Use the horns included in the accessory pack that match your control surface geometry. Choose linkages that allow full travel without binding and keep thread engagement secure to avoid slop.
A separate BEC is not required if your receiver supply and main battery can reliably provide peak current. For installations with multiple servos consider a BEC or regulator sized to handle total peak draw.
Yes, for small aerobatic park flyers where control surfaces are light and throws are moderate. Monitor current draw in aggressive setups and limit throws if necessary.
Accessory packs are commonly available as spare parts; check Futaba parts listings or hobby retailers for the pack that includes horns, grommets and mounting screws.
Use your transmitter's endpoint and travel adjustment menus to limit throws to the minimum required. Centre the servo mechanically before final trimming to ensure neutral alignment and reduce strain on the gears.

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