XRAY X1'20 2.5mm Graphite Rear Wing Mount - OEM Spare  [XR-373051]

XRAY 373051 - X1\'20 Graphite Rear Wing Mount 2.5mm
Price:
£14.55
Brand:
XRAY
Model:
XR-373051
Condition:
Brand New
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Refine rear-end balance with the XRAY X1'20 graphite wing mount

The XRAY X1'20 Graphite Rear Wing Mount is a precision spare for competitors adjusting rear aerodynamic load on the X1 2020 platform. The 2.5mm graphite construction offers a stiff, low-mass mounting point for reliable wing placement.

Optimise wing height for track conditions

Several mount holes allow you to alter wing height to suit grip. Higher positions increase downforce and rear traction on slippery surfaces, while lower positions reduce roll and traction on grippy layouts for more neutral handling.

Engineered graphite for repeatable results

Made from quality 2.5mm graphite, the XRAY X1'20 Rear Wing Mount delivers a precise fit and long-term stability. The accurate machining keeps the wing secure so setup adjustments remain consistent across events.
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.

Can I use this with aftermarket wings?

Yes, many aftermarket wings fit the same mounting pattern, but check that hole spacing and hole diameter align before final installation.

How often should I inspect the mount?

Inspect the mount after any heavy impact and as part of routine maintenance; look for hairline cracks and ensure screw holes are not worn.

Does wing height affect corner entry or exit more?

Raising the wing typically helps rear grip through corner exit, while lowering it can make entry more predictable by reducing snap oversteer from high rear bite.

Are there upgrade options for the mount?

Some racers step to thicker graphite or composite mounts for different flex characteristics, but changes should be tested incrementally to judge handling impact.

Best practice for tightening hardware?

Tighten evenly and avoid overtorque which can crack graphite. Use correct screw lengths and consider a small washer to distribute load if needed.

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