Kyosho FA554-2 TC Short Shock Shaft FZ02 Service Set (2pcs)  [KY-FA554-2]

Kyosho FA554-2 - TC Short Shock Shaft FZ02 (2pcs)
Price:
£4.29
Brand:
Kyosho
Model:
KY-FA554-2
Condition:
Brand New
Quantity Discount
Unit Price You Save
2 £3.22 each £2.14 or 25%
3+ £2.89 each £4.17 or 32%
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Maintain Handling with Kyosho FA554-2

The Kyosho FA554-2 TC Short Shock Shaft FZ02 is aimed at enthusiasts who need dependable shock performance on the Fazer Mk2 Touring Car. This pair of short shafts helps keep damper movement smooth and dependable during normal running.

Designed Fit and Performance

Made for the Fazer Mk2, these shock shafts deliver a close fit that supports steady balance and consistent handling. Their compact dimensions assist in keeping the chassis stable across a range of driving conditions.

Assembly Recommendations

Installation of the Kyosho FA554-2 shafts is simple with routine RC tools. Ensure proper alignment and free travel after fitting, and carry out regular checks to prevent premature failure and maintain performance.
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.

Will these improve worn shock feel?

Replacing damaged or worn shafts with these will restore proper shock movement, which in turn improves handling consistency compared with worn components.

Are spare parts included in the pack?

The item supplies two short shock shafts for the Fazer Mk2 so you can service both sides of the car at once.

How should I check alignment after fitting?

After assembly, cycle the suspension to ensure smooth travel and inspect for binding. If movement is not free, recheck seating and linkage alignment before running.

Can I replace just one shaft if only one is damaged?

You can replace a single shaft, but changing both sides at the same time keeps handling even and avoids side-to-side differences in shock response.

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