Kyosho FAW301 Spool Universal Swing Shafts - FAZER D2 Drift Kit  [KY-FAW301]

Kyosho FAW301 - Spool Universal Swing Shaft(FZD2/2pcs)
Price:
NZD$57.05
Brand:
Kyosho
Model:
KY-FAW301
GTIN:
4548565487455
Condition:
Brand New
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Kyosho FAW301 Spool Shafts for a Firmer FAZER D2 Rear

The Kyosho FAW301 Spool Universal Swing Shafts are crafted to refine the handling of 1/10 scale FAZER D2 drift cars. Built to mate with the Readyset-standard spool differential, these shafts help increase rear rigidity and promote smoother power transfer.

Tighter Power Delivery

By reinforcing the rear wheel shaft area, these universal shafts reduce flex and help deliver motor torque more cleanly to the tyres. That translates to steadier slides and more predictable throttle control when drifting or pushing on a circuit.

Compatibility Notes and Installation Tips

Made for the 1/10 RWD FAZER D2 chassis, the kit contains two shafts for a full rear axle swap and fits using the usual assembly points. Installation is straightforward for hobbyists comfortable with basic RC maintenance.
Remark :
Due to limited stock availability, please notice that some Kyosho items may have to order from the factory and the ready time is around 4-6 weeks. Customer purchases the item is assumed to accept the waiting time which allows us to order directly from the manufacturer if the item is out of our warehouse.

Are Kyosho FAW301 shafts CNC machined or cast?

These shafts are manufactured to precision standards suitable for performance use. Check the product listing or packaging for material and finish details for your specific batch.

Will they change rear balance or weight distribution?

The weight change is minimal; the main effect is increased rigidity which changes the rear-end feel rather than significant weight shift. Small setup tweaks to diff and suspension may help dial in balance.

Can I use them for regular road and parking lot practice?

Yes, they are suitable for everyday drifting practice and track use. Inspect mounting points regularly and avoid impacts that could deform the shafts.

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