XRAY 301084 X4F'25 2.0MM Graphite Split Rear Upper Deck - Precision CNC  [XR-301084]

XRAY 301084 - X4F\'25 Graphite Upper Deck - Split Rear - 2.0MM
Price:
£24.36
Brand:
XRAY
Model:
XR-301084
Condition:
Brand New
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Upgrade Your X4F 2025 Chassis with a Split Rear Upper Deck

The XRAY 301084 - X4F'25 Graphite Upper Deck is a precision upgrade aimed at drivers tuning handling characteristics. Constructed from quality carbon fiber, the split rear layout balances rigidity with intentional flex.

Enhanced Rotation via Rear Split Layout

Using only one pair of rear mounting screws encourages rear flex which aids rotation and mid-corner adjustment. The design supports multiple flex settings to suit varying driving preferences.

Quality Carbon Construction and Reinforcement

Made from premium USA-sourced carbon fiber and CNC-machined for accurate fit, the upper deck includes reinforced motor mount screw areas to withstand aggressive use.

Fits X4 Series and Simplifies Installation

Built for the XRAY X4 Series, the narrow profile improves fitment and handling packaging. It is suitable for a broad range of race formats where fine steering control 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.

What setup changes complement the split deck?

Small adjustments to rear shock damping or spring rate can complement the deck's added flex to improve cornering without making the car skittish.

Is installation straightforward for club racers?

Yes, installation is straightforward for those familiar with X4 Series vehicles; ensure correct torque and check clearances around the motor mount after fitting.

How durable is the deck under heavy use?

With reinforced screw areas it handles regular racing loads well, but inspect for any hairline damage after hard impacts and replace if structural integrity is compromised.

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