Kyosho Fazer Mk2 FZ02 Front/Rear Wheel Shaft Upgrade - JR-KFZ202-RD by Jazrider  [JR-KFZ202-RD]

Kyosho Fazer Mk2 FZ02 Aluminum Front/Rear Wheel Shaft (Red,2pcs)
Price:
USD$5.40
Brand:
JAZRIDER
Model:
JR-KFZ202-RD
Condition:
Brand New
Available in shop
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Front and rear wheel shafts for Fazer Mk2

This wheel shaft set supplies a direct-fit replacement for Kyosho Fazer Mk2 FZ02 wheel axles, delivered as 2pcs in red anodized aluminum. The items are intended for RC on-road chassis maintenance and modest upgrades, acting as a metal alternative to some stock plastic or alloy parts.

Compatibility is specifically with the Kyosho Fazer Mk2 FZ02 chassis; confirm fitment with your existing wheel hex and hub before installation. These are model components and are not for use on full-size vehicles.

Installation advice: remove the wheel assembly, swap the original shafts for these units, ensure the wheel hex and hub interfaces sit flush and that wheel rotation is free without binding. Inspect wheel hexes and bearings during the changeover, reseat components, and check screw tightness after a short test run.

Tuning and maintenance role: these aluminum shafts are aimed at routine maintenance and durability-oriented upgrades on the Fazer Mk2 FZ02, where a metal axle can offer consistent interface geometry compared with some stock parts; they are best used within wheel assembly service and setup workflows rather than as an isolated performance mod.

Is this compatible with the Fazer Mk2 FZ02 chassis?

Yes, the shafts are designed to be compatible with the Kyosho Fazer Mk2 FZ02; verify your wheel hex and hub dimensions for confirmation.

Which parts should I inspect when fitting these shafts?

During installation, inspect wheel hexes, bearings, and hub faces for wear or damage; ensure the new shafts seat flush and that there is no lateral play.

Do these shafts require special setup to avoid binding?

Fit the shafts carefully, confirm hex and hub alignment, and run a brief test to permit final torque checks; correct bearing seating prevents binding in normal operation.