XRAY 376114 X10 Carbon Rear Brace Race Tuning Part  [XR-376114]

Price:
NZD$52.22
Brand:
XRAY
Model:
XR-376114
Condition:
Brand New
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Improve X10 Chassis Control with XRAY 376114

The XRAY 376114 X10 Carbon Rear Brace is built to meet the demands of serious drivers. Crafted from quality carbon fibre, the brace boosts rear-end stiffness on the XRAY X10 one-piece chassis for more consistent handling over long runs. It is a precision upgrade that helps you keep lap times consistent.

Why Carbon Fibre Works for Racing

Carbon fibre combines high rigidity with low mass, which preserves the car's agility while adding strength where it matters. Fitting a carbon rear brace reduces flex under load and improves the chassis' response to steering and throttle inputs.

Designed for One-Piece Chassis Fitment

This part is specifically shaped for the single-piece X10 chassis to ensure exact alignment and minimal play. The correct fit reduces unwanted movement, giving clearer feedback and more predictable midcorner behaviour.

Practical Upgrade for Tuning

When refining a race setup, chassis stiffness is a key variable. The XRAY Carbon Rear Brace is a practical tuning item that helps you fine tune balance and consistency without resorting to heavier parts.

Remark :
Due to limited stock availability, please notice that some XRAY 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.
It is intended for the standard one-piece XRAY X10 chassis. Modified or custom chassis may require trial fitting to confirm clearance and mounting alignment.
Increased chassis stiffness tends to stabilise the rear on high-traction surfaces, improving consistency. On very rough tracks you may need to balance stiffness with suspension settings.
After fitting, retune droop and toe settings and run a few practice laps to assess balance. Small tweaks to shock damping can help accommodate the added stiffness.

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