XRAY T4F Front Shock Tower 3.0mm Graphite - Precision CNC Graphite  [XR-302081]

XRAY 302081 - T4f Shock Tower Front 3.0mm Graphite
Price:
NZD$50.46
Brand:
XRAY
Model:
XR-302081
Condition:
Brand New
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Stable Shock Mounting with Precision Graphite

Constructed from 3.0mm premium graphite, the XRAY T4F Front Shock Tower combines stiffness and lightweight feel to support accurate suspension geometry. The CNC machining produces consistent surfaces for Ultra-Low Profile (ULP) shocks so dampers sit true whenever you service them. Alignment holes for the upper clamp centering pins keep assembly centred and reduce the chance of spring preload mismatch.

Tuned Hole Layout for Predictable Rebound

The shock mounting pattern on this XRAY tower has been developed to improve dampening balance across variable grip levels. From tight club tracks to rougher practice areas, the tower helps the shocks maintain consistent travel and rebound control for better driveability.

Specifications

  • Material: Premium-grade graphite
  • Thickness: 3.0mm
  • Compatibility: Designed for T4F chassis with ULP shocks
  • Features: Alignment holes for upper clamp centering pins

A straightforward upgrade for tuners wanting repeatable shock fit and more reliable handling, the XRAY T4F Front Shock Tower suits competitive setups and regular maintenance 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.
Standard T4F mounting hardware is normally compatible. Verify that upper clamp screws and centring pins match the tower holes to maintain correct alignment.
You may notice crisper shock response and steadier rebound, especially with ULP dampers. Fine-tune spring rates and damping to match the new mount characteristics.
Graphite needs little care beyond cleaning and checking fasteners. Avoid overtightening which can deform mounting points over time.

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