XRAY T2(008) 3.5mm Graphite Chassis - Foam-Spec Race Plate  [XR-301126]

XRAY #301126 T2(008) ChaSSis 3.5mm Graphite - 6-cell - Foam-spec
Price:
£120.13
Brand:
XRAY
Model:
XR-301126
Condition:
Brand New
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Precision Upgrade for XRAY T2(008)

The 3.5mm graphite chassis is a practical upgrade for those running XRAY T2(008) cars in foam-spec events. It aims to increase torsional stiffness while keeping weight down to promote predictable handling at race pace.

Handling and Durability

At 3.5mm, graphite offers a stable platform that helps maintain tyre contact under load, improving corner consistency. The durable layup also resists everyday wear from track use while supporting aggressive tuning for foam tyres.

Mounting and Fit Details

Precision cut mounting points match the XRAY T Series layout to simplify installation. Check hole alignment during fitment and make only minor adjustments when integrating with older components.
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.

Is professional drilling needed to fit this plate?

No special drilling is usually required when fitting to an XRAY T2(008), as holes are cut to match OEM mounting; only minor finishing may be needed on some older cars.

Will this chassis change how I should set up suspension?

Expect slightly firmer reactions from the chassis, so softer damping or spring rates may be used to regain desired balance depending on track conditions.

What maintenance does a graphite plate need?

Keep it clean and inspect for cracks after impacts. Replace if you notice delamination or structural damage around mount points.

Can I combine this with aftermarket braces?

Yes, aftermarket braces that match the XRAY T2(008) geometry can be used, but ensure brace fitment does not stress the graphite plate at incompatible attachment points.

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