X4F'27 Carbon Upper Deck 2.0mm Multi-Flex Tuning - XRAY 301095  [XR-301095]

Price:
CAD$74.66
Brand:
XRAY
Model:
XR-301095
Condition:
Brand New
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One-piece carbon deck for precise setup control

The XRAY 301095 X4F'27 Carbon Upper Deck 2.0mm is a one-piece carbon top deck designed to provide multiple flex options for RC competition setups. Its narrow profile eases installation in tight chassis areas while the Multi-Flex concept offers a range of handling characteristics without adding assemblies or fasteners.

Constructed from CNC-machined high-grade carbon fiber made in USA, the deck increases overall chassis flex compared with stiffer options, producing a softer feel that can help recover mechanical traction on low-traction surfaces. The deck geometry balances steering and traction to retain directional control while delivering improved grip through increased mechanical compliance.

For fine-tuning, the deck supports additional local cuts to change flex points and tune response; these modifications alter stiffness in targeted areas and are commonly used to tailor initial steering and mid-corner traction. Mounting uses precision-machined top deck screws to minimize mounting-induced twist and keep flex behaviour consistent across runs.

Specifications

  • Item: XRAY 301095 X4F'27 Carbon Upper Deck
  • Material: Carbon fiber, CNC-machined
  • Model Number: 301095
  • Compatibility: X4F'27
  • Thickness: 2.0mm

Choose this upper deck when you need increased mechanical traction and extra setup flexibility for low-traction track conditions, and plan for controlled deck trimming if further softening is required.

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.
The 2.0mm deck increases chassis flex compared with stiffer decks, typically reducing initial steering bite while improving mechanical traction on low-grip surfaces.
Yes. Targeted local cuts change stiffness and create additional flex points, but make small adjustments and test incrementally to avoid over-softening the chassis.
No special hardware is required beyond the precision top deck screws specified for the chassis; the mounting is designed to limit induced twist and preserve the intended flex behavior.
This deck suits low-traction tracks where added chassis compliance helps generate mechanical traction, though tyre and suspension choices should be adjusted in tandem for best results.

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