Front Lower C-Hub Arm Plate for GTX 2026 - XRAY 352192  [XR-352192]

XRAY 352192 - GT Carbon Front Lower C-Hub Arm Plate (L+R)
Price:
NZD$80.28
Brand:
XRAY
Model:
XR-352192
Condition:
Brand New
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Carbon lower C-hub reinforcement

This XRAY 352192 GT Carbon Front Lower C-Hub Arm Plate is an RC-scale carbon reinforcement plate designed to mount directly to the front lower suspension arm to alter arm flex characteristics and chassis response.

By stiffening the junction where the lower arm meets the C-hub, the plate limits unwanted deformation from lateral forces. The result is a more predictable front end with improved steering consistency through turn-in and mid-corner phases.

Fitment replaces the stock lower C-hub attachment area and uses the existing fastener locations. After fitting, validate dynamic behavior on-track rather than relying solely on static checks to confirm the handling change.

Specifications

  • Item: GT Carbon Front Lower C-Hub Arm Plate (L+R)
  • Material: Carbon
  • Model Number: 352192
  • Compatibility: GTX 2026
  • Quantity: Left and right plates, 2 pcs

Consider this plate when you want to dial out front arm flex for sharper entry and steadier steering mid-corner; always compare controlled lap runs before and after installation.
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.

How do I fit the plate to my front lower arm?

Remove the stock lower C-hub plate, align the XRAY 352192 plate with the existing holes, and secure with the original fasteners. Check for correct screw engagement and no binding.

Will this require different shock or spring settings?

Not necessarily, but because the front end becomes stiffer you may want to re-evaluate spring rates and shock damping to maintain the desired balance.

Does it add significant weight?

The carbon plate adds minimal weight while increasing stiffness. The trade-off favors improved steering consistency over any small weight change.

Should I measure changes statically or on-track?

Use on-track testing for final validation. Static measurements help confirm fitment, but dynamic behavior under load reveals the true effect on handling.

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