XRAY 329900-H White 2WD Aerodisk Front Wheels 12mm Hex  [XR-329900-H]

XRAY 329900-H - 2WD Front Wheel Aerodisk With 12mm HEX Ifmar - White - Hard (10)
Price:
CAD$57.02
Brand:
XRAY
Model:
XR-329900-H
Condition:
Brand New
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Sleek aerodynamic profile for the track

Built for dedicated racers, the XRAY 329900-H 2WD Front Wheel Aerodisk gives a measurable aerodynamic benefit in close competition. The wheels are produced to fit XB2 series cars with a precise 12mm hex offset for reliable track compatibility.

Built for durability and consistent grip

Made from a flexible yet tough composite, these wheels include internal reinforcement ribs that improve stability and reduce deformation under load. The construction helps preserve traction and predictable handling during race runs.

Secure mounting and tuned sidewalls

The countersunk centre lets the wheel nut sit deeper for a firmer attachment, while the sculpted side profile is tuned to cut drag and support higher cornering speeds, ideal for racers looking to refine lap times.

Specifications

  • Part Type: 2WD Front Wheel Aerodisk
  • Hex Size: 12mm
  • Color: White
  • Material: Flexible, durable composite
  • Set: 10 pieces (5 pairs)

A straightforward upgrade for XB2 series owners, these wheels offer dependable performance for club and national level racing.

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.
They are designed for the XB2 series but will fit other chassis that accept a 12mm hex. Always check clearance and wheel offset before fitting.
Use a suitable tyre glue and allow sufficient cure time. Balance tyres if you race on high speed tracks to reduce vibration and improve consistency.
Inspect for cracks or deformation after hard impacts, clean debris from the reinforcement ribs, and avoid prolonged exposure to solvents that can soften the composite.

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