Tamiya F103 F104 RM01 Rear Axle Height Tuning Adapter 1/4 Bearing - Factory Pro O-AP0008  [FP-O-AP0008]

Factory Pro FP-O-AP0008 1/4 Bearing Rear Axle Hight Adapter (for Tamiya F103, 104 & RM01 Series)
Price:
AUD$27.15
Brand:
Factory Pro
Model:
FP-O-AP0008
Condition:
Brand New
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Adjustable rear axle height for F103/F104/RM01 setups

The Factory Pro O-AP0008 is an aftermarket rear axle height adapter crafted for Tamiya F103, F104 and RM01 on-road chassis. It seats at the 1/4 bearing to allow measured adjustments to rear axle height, useful for tuning rear bias and handling without changing major suspension components.

Fitment is confined to the named Tamiya series; inspect your chassis bearing seat to confirm compatibility before fitting. This part is intended solely for electric on-road RC hobby and track use.

Installation follows normal on-road service steps: strip the rear axle support, fit the adapter into the bearing seat to the desired position, then refit existing hardware. Make conservative changes and test on a setup stand or during low-speed trials to assess handling impact.

Specifications

  • Item 1/4 Bearing Rear Axle Height Adapter
  • Model Number O-AP0008
  • Compatibility Tamiya F103, 104 & RM01 Series

Use this adapter as a precise adjustment for rear-end geometry; small incremental moves help you reach the desired balance without overhauling the suspension.

Will changing rear axle height affect front grip?

Raising or lowering the rear can shift weight distribution and influence front-end bite; always test on a familiar surface after adjustments.

Are washers or shims needed with this adapter?

The adapter is designed to interface with the 1/4 bearing seat; additional shims are rarely required but may be used to fine-tune position if your chassis layout allows it.

Does this work with both stock and carbon chassis versions?

It can work on both, provided the bearing seat geometry matches. Verify dimensions on carbon or modified plates before installing the Factory Pro O-AP0008.

How should I test handling after fitting the adapter?

Start with slow laps and a setup stand check, then adjust in small steps while noting corner entry, mid-corner balance, and exit traction to determine the best position.

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