XRAY 301093 Carbon Upper Deck for X4F 2027 - Split Front 2.0mm  [XR-301093]

XRAY 301093 X4F\\\'27 Carbon Upper Deck - Split Front - 2.0mm
Price:
NZD$55.69
Brand:
XRAY
Model:
XR-301093
Condition:
Brand New
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Durability-focused split front deck for X4F 2027

The XRAY 301093 upper deck is an aftermarket carbon accessory for the X4F platform, supplied as a split-front 2.0mm top deck. The geometry concentrates on balancing traction and steering response while retaining standard suspension geometry for predictable setup changes.

Produced by CNC machining from high-grade carbon fiber as stated by the supplier, the deck offers consistent rigidity and repeatable flex across batches. The front split alters local stiffness ahead of the chassis centre, giving a controlled tuning point that does not require suspension rework.

Care for the part by inspecting mounting faces after impacts and avoid over-tightening fasteners to prevent stress concentrations. Verify clearances around electronics and body panels during installation to protect the carbon laminate from rubbing or chafing.

Specifications

  • Item: XRAY 301093 X4F'27 Carbon Upper Deck - Split Front - 2.0mm
  • Material: High-grade carbon fiber (CNC-machined)
  • Model Number: 301093
  • Compatibility: X4F 2027 / X4 Series

Treat this split-front deck as a component to increase front-end consistency and resilience; pair it with proven anti-roll and suspension choices to get the best balance across varied 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.
CNC carbon provides strong stiffness but can delaminate or crack under severe impacts. Inspect after hard collisions and replace if you find hairline fractures or delamination at mounting holes.
Keep mounting surfaces clean and free of debris, torque fasteners to a moderate setting, and routinely check for movement at joints. Replace damaged hardware to avoid localized stress on the carbon.
Small surface chips can be smoothed, but structural cracks or delamination are best addressed by replacing the deck to preserve predictable handling and safety.
The split front shifts flex locally rather than increasing global stress; with proper mounting and regular inspection it should not accelerate wear compared to other carbon decks.

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