XRAY 301014 - X4F'24 2mm Aluminium Flex Chassis Race Carpet Spec  [XR-301014]

XRAY 301014 - X4F\'24 Aluminium Flex Chassis 2.0MM - Swiss 7075 T6
Price:
NZD$277.66
Brand:
XRAY
Model:
XR-301014
Condition:
Brand New
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High Grip Carpet Chassis Engineering

The XRAY 301014 - X4F'24 Aluminum Flex Chassis is engineered for club racers and hobbyists who need steadier handling on high traction carpet. Built from Swiss 7075 T6 aluminium at 2mm thickness, it increases stability while allowing measured flex to prevent sudden traction breakaway.

Slim Layout with Controlled Flex Points

The 84mm narrow profile and strategically placed cut-outs tune the chassis flex so the car adapts smoothly to varying grip. This helps maintain consistent tyre contact and improves driver confidence through corners.

Shaped Base for Improved Cornering

The underside contour reduces unwanted ground contact in tight turns, which helps maintain speed through the apex and keeps steering inputs predictable at race pace.

Specifications

  • Material: Swiss 7075 T6 Aluminum
  • Thickness: 2mm
  • Width: 84mm
  • Compatibility: X4F'24 Series

For racers focussed on high-traction carpet performance, the XRAY 301014 - X4F'24 Aluminum Flex Chassis offers a refined platform that balances compliance and control for more consistent lap times.

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.
Yes, the flex characteristics adjust across carpet compounds, but you may need to alter ride height and anti-roll bars to match the specific grip level.
After installation check baseline setup such as droop, camber and servo positioning; small tweaks will help the chassis settle into your preferred handling balance.
Yes, it pairs well with common aftermarket upgrades, but verify fitment and mounting heights to avoid introducing unwanted binding or stress points.

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