XRAY 389611 M18T Pin Tire Set with Foam Inserts - Hard Compound  [XR-389611]

XRAY 389611 Micro Truck M18T Pin Tire & Insert - Hard (4+4)
Price:
CAD$34.43
Brand:
XRAY
Model:
XR-389611
Condition:
Brand New
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alt="XRAY 389611 Micro Truck M18T Pin Tire & Insert - Hard (4+4)" title="XRAY 389611 Micro Truck M18T Pin Tire & Insert - Hard (4+4)"
alt="XRAY 389611 Micro Truck M18T Pin Tire & Insert - Hard (4+4)" title="XRAY 389611 Micro Truck M18T Pin Tire & Insert - Hard (4+4)"
alt="XRAY 389611 Micro Truck M18T Pin Tire & Insert - Hard (4+4)" title="XRAY 389611 Micro Truck M18T Pin Tire & Insert - Hard (4+4)"

Durable Pin Tires Tailored for M18T

RC fans looking to sharpen their XRAY M18T micro truck will appreciate the XRAY 389611 pin tire set. Made in a hard compound, these tires boost wear resistance while maintaining consistent lap-to-lap feel. The package includes four pin tires plus foam inserts to help the micro truck keep traction and predictable steering on race circuits.

Hard Compound Advantages for Track Use

The hard rubber formulation is aimed at longer service life without sacrificing necessary grip. That makes these tires a solid choice for high speed heats and busy club tracks where durability and repeatable performance matter. For practice runs or race day, these tires help keep handling steady.

Specifications

  • Compatibility: XRAY M18T Micro Truck
  • Material: Hard Compound Rubber
  • Includes: 4 Pin Tires & 4 Foam Inserts
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 produced for the XRAY M18T and are sized to match its wheel dimensions. Check your wheel type and clearance before installing.
The included foam inserts support the tire profile and improve contact consistency, which can stabilise cornering and reduce tyre deformation under load.
They are optimised for prepared race surfaces and indoor circuits; on rough outdoor terrain they will wear faster than softer compounds.

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