XRAY 342084 Front Graphite Shock Tower Race Tunable  [XR-342084]

XRAY 342084 Graphite Shock Tower Front
Price:
NZD$33.97
Brand:
XRAY
Model:
XR-342084
Condition:
Brand New
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Front Suspension Tuning with the XRAY 342084 Graphite Tower

The XRAY 342084 Graphite Front Shock Tower is crafted to give precise, repeatable shock mounting for serious RC setups. Its graphite construction balances low weight with good stiffness to help maintain consistent handling.

Adjustable Mounting Geometry

Engineered shock positions let you alter leverage and roll characteristics without changing shocks. Fine tuning the mounting hole selection influences how the car transfers weight through corners and over bumps.

Premium Graphite Strength

Made from a dense graphite plate, this tower resists bending and impact damage during club or regional racing. The material choice helps preserve chassis geometry and reduces the need for frequent replacements.
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.

Is the XRAY 342084 compatible with aftermarket shock mounts?

It is compatible with most standard front shock setups, but verify that bolt spacing and shock lengths match your aftermarket parts before fitting.

How does mounting position affect handling?

Higher or lower shock pivots change leverage and roll stiffness, affecting turn-in and midcorner balance. Try small adjustments to find the best trade off for your track.

What maintenance does the tower need?

Inspect for hairline cracks after heavy impacts and ensure mounting screws remain tight. Replace the tower if you notice permanent warping or damage that alters hole alignment.

Will it change vehicle weight much?

Graphite keeps weight low compared to metal alternatives, so expect minimal change to overall mass while gaining stiffness at the front end.

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