XRAY 301134 T4 Carbon Graphite Chassis 2.2mm  [XR-301134]

XRAY 301134 T4 Graphite Chassis 2.2mm
Price:
NZD$229.04
Brand:
XRAY
Model:
XR-301134
Condition:
Brand New
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High Precision 2.2mm Graphite Chassis for the T4

The XRAY 301134 T4 Graphite Chassis offers a precision 2.2mm graphite platform designed to sharpen handling for electric touring cars. CNC-machined from premium carbon graphite, it helps increase traction on lower-grip surfaces while preserving stability when grip is higher.

Engineered Around Centralised Electronics

This chassis suits LiPo battery layouts with electronics mounted on the centreline to promote neutral handling and easier tuning. The custom-manufactured carbon graphite conforms to XRAY tolerances so the part stays robust under regular racing use.

Specifications

  • Material: Carbon graphite composite
  • Thickness: 2.2mm
  • Compatibility: XRAY T4 series compatible
  • Design: Centreline electronics orientation

For racers refining corner entry and mid-corner balance, the XRAY 301134 T4 Graphite Chassis provides a steady, tunable base to adjust setup across different track surfaces.
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.

Will this chassis change corner behaviour a lot?

Expect improved front-to-rear balance thanks to the centreline layout, which typically leads to cleaner turn-in and more consistent mid-corner grip when dialled in correctly.

How durable is the 2.2mm graphite under hard use?

The part is made from premium graphite to XRAY specifications; it is robust under normal racing conditions but avoid heavy impacts and inspect after crashes.

Do I need special tools to fit this chassis?

Standard RC hand tools and the original XRAY mounting screws are sufficient; just ensure screws are run in evenly and check alignment before final tightening.

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