Axial Racing Yeti Aluminum 2.2 Beadlock Wheels Set (6 Poles Swirl) - Front/Rear - GPM YT1006SWF/R2  [YT1006SWF/R2]

Axial Racing Yeti Aluminium Front/Rear 2.2 Wheels Beadlock (6 Poles Swirl) - 2prs set - GPM YT1006SWF/R2
Price:
USD$55.00
Brand:
GPM
Model:
YT1006SWF/R2
GTIN:
4894538041767
Condition:
Brand New
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alt="Axial Racing Yeti Aluminium Front/Rear 2.2 Wheels Beadlock (6 Poles Swirl) - 2prs set - GPM YT1006SWF/R2" title="Axial Racing Yeti Aluminium Front/Rear 2.2 Wheels Beadlock (6 Poles Swirl) - 2prs set - GPM YT1006SWF/R2"
alt="Axial Racing Yeti Aluminium Front/Rear 2.2 Wheels Beadlock (6 Poles Swirl) - 2prs set - GPM YT1006SWF/R2" title="Axial Racing Yeti Aluminium Front/Rear 2.2 Wheels Beadlock (6 Poles Swirl) - 2prs set - GPM YT1006SWF/R2"

Enhance Your Axial Yeti with Aluminium Beadlock Wheels

For RC enthusiasts looking to boost the durability and aesthetics of their Axial Yeti, the GPM Aluminium Front/Rear 2.2 Wheels Beadlock set offers a robust solution. Designed specifically for the Yeti Rock Racer, this set provides both front and rear wheels with a unique 6 Poles Swirl design, ensuring not only improved performance but also a striking appearance.

Durability Meets Style

Constructed from high-quality aluminium, these beadlock wheels are engineered to withstand the rigors of off-road racing. The beadlock feature ensures that your tires remain securely in place, even under intense conditions. The 6 Poles Swirl design adds a touch of flair, making your Yeti stand out on any terrain.

Compatibility and Installation

The GPM Aluminium 2.2 Wheels Beadlock set is tailored for the Axial Yeti, ensuring a perfect fit. Installation is straightforward, allowing hobbyists to quickly upgrade their vehicles without hassle. Whether you're navigating rocky trails or tearing up the course, these wheels provide the stability and grip needed for optimal performance.

These wheels are specifically designed for the Axial Yeti. Compatibility with other models may vary.
Beadlock wheels secure the tire bead to the wheel, preventing slippage during high-torque situations, which enhances overall vehicle performance.

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