FW05-R/FW05RR Precision One Way Hub Aluminium FW05-010 by 3Racing  [FW05-010]

Kyosho FW05-R /FW05RR Aluminum One Way Hub - 3Racing FW05-010
Price:
USD$18.90
Brand:
3Racing
Model:
FW05-010
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Precision one way hub for FW05 platforms

This precision-machined aluminium one way hub is produced as part number FW05-010 for use on Kyosho FW05-R and FW05RR chassis. The alloy construction increases contact rigidity, reducing micro-deformation at engagement points and delivering more consistent mechanical response during tuning and competition use.

Performance note: the hub alters driven-wheel decoupling characteristics under dynamic loads, producing a crisper engagement profile that benefits differential setup and repeatable traction transitions at the limit. Use standard FW05 bearings and spacers and verify axial play after assembly to maintain correct preload.

Assembly guidance: the hub is manufactured to OEM FW05-R/FW05RR mounting dimensions. Inspect carrier alignment, confirm thread and fastener compatibility, and perform a controlled run to validate clearance, engagement timing and torque retention.

Specifications

  • Item: One Way Hub
  • Material: Aluminum
  • Model Number: FW05-010
  • Compatibility: Kyosho FW05-R / FW05RR

For precise differential tuning and a repeatable mechanical feel on FW05 chassis choose this aluminium hub, and follow standard inspection and torque procedures after installation.

What bearings and spacers should be used?

Use the standard bearing sizes and spacer stack recommended for the FW05 series; ensure bearings are seated fully and check axial play to set correct preload.

How does aluminium affect engagement consistency?

Aluminium reduces elastic deformation at mating surfaces, which tightens tolerances during engagement and gives more repeatable contact timing under load compared with compliant materials.

Recommended inspection routine?

After initial fitting run a short validation session, then inspect for wear at contact faces, verify fastener torque and recheck bearing preload at regular service intervals.