XRAY 356112 XB808 Graphite Radio Plate Long Chassis - Competition Tray  [XR-356112]

XRAY 356112 XB808 Graphite Radio Plate for Long Chassis
Price:
AUD$64.03
Brand:
XRAY
Model:
XR-356112
Condition:
Brand New
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Race-Focused Radio Plate for XB808 Long Chassis

The XRAY 356112 XB808 Graphite Radio Plate upgrades the long chassis with an emphasis on balance and longevity. High-quality graphite construction reduces unnecessary weight while keeping the structure stiff where required.

Strategic Mass Distribution

The front cutout above the steering servo trims mass at the nose, while the servo layout brings components closer to the centreline to aid turn-in and mid-corner stability.

Precision Manufacturing Process

Cut on high-end German CNC centres, these plates are produced to XRAY's carbon graphite formula to ensure consistent profiles and race-ready strength from one unit to the next.

Reinforced Parts for Endurance

Reinforced steering components are included in the kit to cope with repeated race weekends and intense practice, giving a rugged upgrade for regular track use.
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.

Can I use my current servo mounts with this plate?

Most common servos will fit, though you should verify clearances for a laydown servo and the upright throttle/brake servo before final assembly.

Does this need special fasteners?

The plate uses standard mounting hardware; the kit includes steering parts, but you may need different screws if fitting non-standard servos or mounts.

How should I adjust setup after fitting?

With servos moved toward the centreline you may need to tweak anti-roll bars and shock settings to balance front and rear behaviour.

Is the plate suitable for different track surfaces?

Yes, it benefits handling on both low and high traction surfaces, though surface-specific setup changes will optimise results.

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