Futaba FUAS3260 S9450 Servo Replacement Gears AS3260 EBS3233 Upgrade for Tuning  [FUAS3260]

FUTABA S9450 SERVO GEAR SET AS3260 EBS3233
Price:
AUD$29.06
Brand:
Futaba
Model:
FUAS3260
GTIN:
4513886301971
Condition:
Brand New
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S9450 compatible gear replacement pack

This gear pack is provided for Futaba S9450 servos and is identified by codes FUAS3260 AS3260 EBS3233. It is meant as a service and tuning component to reinstate mechanical precision and to support hobbyists who rebuild or tune servo internals on RC models.

The set addresses mechanical restoration: replacing rounded or chipped teeth, reestablishing correct mesh geometry, and ensuring consistent output behavior during dynamic operation. It is presented solely as a mechanical spare, not a change to electronics or control firmware.

Fitting tips: remove the servo housing and document the internal stack order before fitting, inspect shafts and bearings for wear, set proper mesh and minimal endplay on reassembly, and exercise the servo through full travel to confirm reliable operation before refitting to the model. Recurrent wear may indicate binding or foreign debris in the drive train.

Specifications

  • Item Servo gear set replacement
  • Material Not specified by source
  • Model Number FUAS3260
  • Compatibility Futaba S9450 servo

For tuning or rebuild projects, the Futaba FUAS3260 gear set offers a direct way to restore internal mechanical performance in S9450 servos.

Replacing worn gears can reduce backlash and restore a firmer feel, which helps when making sensitive endpoint or expo adjustments during tuning.
Basic hobby tools such as precision screwdrivers, a small pick, and a magnifier are usually sufficient. A dial indicator or feeler gauge helps when setting mesh for high-precision tuning.
While the gears are mechanical, any slight change in mesh or endplay can affect centring. Always recentre and recheck endpoints after reassembly to confirm correct behavior.
Common issues include incorrect stack order, overtightened screws that bind bearings, or improper mesh adjustment. Take photos during disassembly and reassemble carefully to avoid these errors.

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