XRAY 363083 XT4 3.5mm Graphite Rear Shock Tower Competition Spec  [XR-363083]

XRAY 363083 XT4 Graphite Shock Tower Rear 3.5mm
Price:
£38.09
Brand:
XRAY
Model:
XR-363083
Condition:
Brand New
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Improve Rear Stability with the XRAY 363083 Graphite Shock Tower

The XRAY 363083 XT4 Graphite Rear Shock Tower is a precision component for racers seeking improved rear stability and consistent setup behaviour. The 3.5mm graphite construction offers a stiff mounting surface while keeping mass low.

Setup Flexibility for Different Circuits

Multiple shock mount holes allow you to change leverage and tune the car for faster cornering or smoother traction. Adjustable roll centre settings help you manage body roll and rear grip to suit a variety of track layouts.

Integrated Wing Fixings for Secure Aero

Built-in wing fixings reduce assembly complexity and keep the wing firmly in place, supporting predictable aerodynamic balance during hard laps.

Specifications

  • Material: 3.5mm Graphite
  • Compatibility: XRAY XT4 Series
  • Features: Multiple shock and roll center positions, integrated wing mounts

The XRAY 363083 XT4 Graphite Rear Shock Tower is suited to competitors who prioritise precise suspension tuning and a stiffer rear end for consistent lap times.

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 shock lengths for the XT4 are typically compatible. Changing mounting holes can affect shock angle, so verify travel and binding when you refit shocks.
Raising or lowering the roll centre shifts load transfer characteristics; small adjustments can reduce understeer or make the rear more responsive depending on your setup.
Yes, most XT4 wings will mount to the integrated points. Check alignment and secure fixings after installation to prevent movement during high-speed runs.

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