Kyosho SCW003 Carbon Front Shock Stay for Scorpion Front Assembly  [KY-SCW003]

Kyosho SCW003 - CarbonFrontShockStay(HG Shock/2pcs/Scorp)
Price:
£12.56
Brand:
Kyosho
Model:
KY-SCW003
Condition:
Brand New
Quantity Discount
Unit Price You Save
2 £10.08 each £4.96 or 20%
3+ £9.58 each £8.94 or 24%
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Front-End Control with Kyosho SCW003 Carbon Front Shock Stay

For those tuning a Kyosho Scorpion, the SCW003 Carbon Front Shock Stay offers a tidy way to reduce unwanted flex. It helps the front suspension retain geometry for more accurate steering inputs.

Stiff Carbon Fabrication

The Kyosho SCW003 uses stiff carbon fabrication to resist flex while keeping the weight low. This helps shocks operate more predictably and maintains consistent travel under load.

Fast Fit Installation

Installers will find the SCW003 aligns with the Scorpion's existing mount points and fits using standard hand tools, making it a quick upgrade between practice runs or race heats.

Improved Handling for Precise Driving

By reducing chassis movement at the front, the stay promotes repeatable handling which is useful when chasing consistent lap times or refining setup for various track surfaces.
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.

Does the SCW003 suit competitive use?

Yes, the SCW003 provides extra front rigidity that many racers use to sharpen handling, though final tune adjustments are often needed to match driving style.

Are replacement screws included?

The stay typically mounts with the vehicle's existing fasteners. If you prefer upgraded hardware for weight or finish, those can be fitted separately.

Will this change require shock rebuilding?

A full shock rebuild is not usually necessary, but you may want to tweak damping to balance the stiffer front response for optimal handling.

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