XRAY 302364 Medium Composite C-Hub Left 4 Degree - Rubber-Tire Setup  [XR-302364]

XRAY 302364 Composite C-Hub Left - 4 Degree - Medium
Price:
CAD$16.16
Brand:
XRAY
Model:
XR-302364
GTIN:
8581703023647
Condition:
Brand New
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Tune Your RC with the XRAY 302364 Composite C-Hub

The XRAY 302364 Composite C-Hub Left for T2 and T3 models provides a 4 degree caster with medium stiffness, making it a practical pick for rubber-tire competition. The balance of flex and strength helps you adapt to varied track surfaces without sacrificing durability.

Main Features to Note

  • Compatibility: Built for T2 and T3 chassis to ensure a direct fit and reliable alignment.
  • Rigidity Options: Medium rigidity formulation tuned for rubber-tire grip and predictable handling.
  • Easy Installation: Large openings permit quick CVD assembly and removal, cutting service time between runs.
  • Versatility: Works well with both rubber and foam tyres so you can switch tyre types as needed.

On-Track Handling Benefits

This composite C-hub is engineered for straightforward setup changes and fast maintenance. The large access ports simplify CVD removal and installation, which helps when making quick adjustments during race day.
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 C-hub fit my T3 touring car?

Yes. The XRAY 302364 C-hub Left is specifically designed for T2 and T3 models so it will fit T3 touring cars that use the matching parts layout.

Should I choose medium rigidity for rubber tyres?

Medium rigidity is often preferred for rubber tyres because it gives a predictable balance between traction and steering response on carpet and asphalt surfaces.

How do the large openings help during maintenance?

The oversized openings let you remove and install the CVDs faster and reduce the chance of binding, which speeds up repairs between heats.

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