Kyosho FW05-R CNC Machined Rear Lower Mount High Position - FW05-002A by 3Racing  [FW05-002A]

Kyosho FW05-R Aluminum Rear Lower Suspension Mount - High For Kyosho FW-05R - 3RACING FW05-002A
Price:
USD$11.90
Brand:
3Racing
Model:
FW05-002A
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Precision CNC rear lower mount for high-position FW05-R

This CNC-machined aluminium rear lower suspension mount is produced as a technical upgrade for the Kyosho FW05-R chassis in the high mounting position. The part replaces the factory plastic lower rear mount at the designed high setting to provide a rigid metal mounting interface that reduces deformation under load.

Manufactured to tight tolerances, the component prioritises fatigue resistance and dimensional repeatability rather than altering the chassis geometry beyond the intended high location. The aluminium construction improves bearing surfaces and reduces the rate of wear on mating plastic parts, helping to preserve alignment and suspension response over extended use.

Installation requires removal of the stock rear lower mount and trial-fitting of existing fasteners; verify correct screw engagement and parallel alignment during assembly. Use suitable thread engagement checks and torque sequences to protect mating threads. This component is intended for hobbyists and competitors who demand consistent mounting performance for tuning and track reliability.

Compatibility: Compatible with Kyosho FW05-R chassis.

What manufacturing process is used?

The mount is machined from aluminium billet to ensure consistent wall thickness and accurate hole placement for repeatable fitment and long-term durability.

Are thread inserts recommended?

If your chassis shows worn threads, using suitable inserts or replacing the mating fasteners is recommended to maintain secure torque values and prevent damage to the aluminium or plastic mating parts.

Does this change suspension geometry?

No. The component is designed to replicate the high-position geometry. Its benefit is increased rigidity and reduced wear at the mounting interface rather than a geometry change.