XRAY 322493 Front Anti-Roll Bar for XB2 Upper Deck - Precision Tuning Wire  [XR-322493]

XRAY 322493 - XB2 ANTI-ROLL BAR Front FOR Bridge Upper Deck - 1.3 MM
Price:
£8.91
Brand:
XRAY
Model:
XR-322493
Condition:
Brand New
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Refined Front-End Control for XB2 Cars

The XRAY 322493 front anti-roll bar improves front stability on the XB2 platform by reducing unwanted body roll while preserving suspension articulation. The spring steel construction provides dependable performance during club and competitive racing.

Fine Tuning with Marked Wire Sizes

Choose from several wire thicknesses to alter the front roll rate and tailor handling to track conditions. Laser-engraved thickness marks make each option easy to identify and speed up setup changes.

Designed for the Upper Bridge Deck Fit

This anti-roll bar is intended to integrate with the XB2 upper bridge deck for a neat, reliable installation. The design is straightforward so racers can change bars quickly between practice and race sessions.
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.

Will this work with my XB2 chassis?

Yes, the bar is made for XB2 upper bridge deck mounting; check your deck layout to confirm clearance and hole alignment before fitting.

How do the laser marks help setup consistency?

Laser-engraved numbers let you record exact wire choices so you can reproduce setups session to session without guessing which bar was used.

Should I check the bar after a crash?

Inspect the wire and mounts after impacts; replace bent bars and verify mount hardware remains secure to keep handling consistent.

Can I tune roll independently from other suspension changes?

Yes, adjusting the front anti-roll bar lets you change roll behaviour without altering spring rates or dampers, giving a targeted tuning approach.

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