XRAY 371140 Graphite 2.0mm Rear Pod Lower Plate Classic Series  [XR-371140]

XRAY 371140 Graphite 2.0mm Rear Pod Lower Plate
Price:
£24.16
Brand:
XRAY
Model:
XR-371140
Condition:
Brand New
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Graphite Lower Plate Crafted for Vintage X Series Fitment

Restore or upgrade a classic X Series chassis with the XRAY 371140 Graphite 2.0mm Rear Pod Lower Plate. This 2.0mm graphite plate is designed to be lightweight yet rigid, and countersunk mounting holes offer a neater, lower-drag underside.

Consistent Production and Ride Response

Manufactured to tight tolerances, XRAYs graphite components deliver consistent alignment and predictable behaviour when fitted to older cars. The material helps maintain rear-end stiffness and improves feedback to the driver.

When to Replace or Upgrade

Consider this lower plate when the original part shows wear or if you want a lighter, stiffer option for competition or preservation builds. It supports reliable handling and reduces the need for repeated corrections.
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 the XRAY 371140 on a race car with modified geometry?

Yes, the plate will work with modified setups as long as mounting points match; always verify clearances after changes to geometry.

Is any special hardware needed to fit the plate?

Standard countersunk screws used on the original lower plate will normally fit; replace worn screws and use correct length to avoid stressing the graphite.

How do I spot damage in a graphite lower plate?

Inspect for hairline cracks, chips or delamination around screw holes; any sign of cracking means replace the plate to keep alignment accurate.

Will this plate affect ride height tuning?

The plate itself has minimal effect on ride height; changes to other rear components will have a larger impact, though the smooth underside can influence aero behaviour.

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