XRAY 301085 X4F'25 2.0MM Graphite Upper Deck - Track Tuning  [XR-301085]

XRAY 301085 - X4F\'25 Graphite Upper Deck 2.0MM
Price:
NZD$88.47
Brand:
XRAY
Model:
XR-301085
Condition:
Brand New
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alt="XRAY 301085 - X4F\'25 Graphite Upper Deck 2.0MM" title="XRAY 301085 - X4F\'25 Graphite Upper Deck 2.0MM"

Fine Tuning the X4F'25 Chassis with a Graphite Top Deck

The XRAY 301085 - X4F'25 Graphite Upper Deck 2.0MM is built for modellers looking to improve performance on low grip tracks. This one-piece carbon fibre top deck raises chassis compliance to give a softer overall feel and better mechanical grip through corners.

Narrow Profile and Flex Choices

The narrow layout keeps installation clean and offers eight separate flex settings to experiment with. Compared to a split top deck, the single-piece layout delivers broader tuning range for different circuit conditions.

Precision Craftsmanship

Manufactured using CNC methods from premium carbon fibre, the deck is made to consistent standards. High accuracy fasteners ensure the unit mounts correctly while allowing the intended flex behaviour.

Tuning Notes for Slick Surfaces

When track grip is low, this upper deck helps reduce snap steer and increases mechanical traction. Combine flex adjustments with small chassis tweaks to refine turn-in and mid-corner balance.

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.
Installation is straightforward for builders familiar with the X4F'25 chassis; follow standard mounting points and check screw torque to avoid overcompression.
The single-piece deck keeps original clearance in most setups, but confirm servo and battery positioning after fitment to ensure nothing contacts the deck under flex.
Small strategic cuts can increase compliance, but make conservative changes and test progressively to avoid weakening the carbon structure.
Check screws after the first few runs and during routine maintenance; vibration can loosen hardware so periodic checks keep setup consistent.

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