TRAXXAS 1/10 Craniac Monster Truck Spring Steel Front Wheel Shaft Pair - GPM CRA005S  [CRA005S]

TRAXXAS 1/10 Craniac Monster Truck Spring Steel Front Wheel Shaft - 1pr - GPM CRA005S
Price:
USD$8.50
Brand:
GPM
Model:
CRA005S
GTIN:
4894538066869
Condition:
Brand New
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alt="TRAXXAS 1/10 Craniac Monster Truck Spring Steel Front Wheel Shaft - 1pr - GPM CRA005S" title="TRAXXAS 1/10 Craniac Monster Truck Spring Steel Front Wheel Shaft - 1pr - GPM CRA005S"
alt="TRAXXAS 1/10 Craniac Monster Truck Spring Steel Front Wheel Shaft - 1pr - GPM CRA005S" title="TRAXXAS 1/10 Craniac Monster Truck Spring Steel Front Wheel Shaft - 1pr - GPM CRA005S"
alt="TRAXXAS 1/10 Craniac Monster Truck Spring Steel Front Wheel Shaft - 1pr - GPM CRA005S" title="TRAXXAS 1/10 Craniac Monster Truck Spring Steel Front Wheel Shaft - 1pr - GPM CRA005S"

Upgrade Your TRAXXAS Craniac with GPM's Spring Steel Front Wheel Shafts

For those looking to enhance the durability and performance of their TRAXXAS 1/10 Craniac Monster Truck, GPM offers a robust solution with their spring steel front wheel shafts. These components are designed to withstand the rigors of off-road bashing while maintaining optimal wheel alignment and control.

Why Choose Spring Steel?

Spring steel is renowned for its strength and flexibility, making it an ideal material for RC wheel shafts. By opting for these shafts, hobbyists can expect improved resilience against impacts and reduced wear over time, ensuring that your Craniac remains responsive and reliable during intense sessions.

Compatibility and Installation

These front wheel shafts are specifically tailored for the TRAXXAS 1/10 Craniac Monster Truck, ensuring a precise fit and straightforward installation. With minimal tools required, you can quickly replace your existing shafts and get back on the track with confidence.

These shafts are specifically designed for the TRAXXAS 1/10 Craniac Monster Truck. Compatibility with other models is not guaranteed.
Spring steel shafts provide enhanced durability and flexibility, reducing the likelihood of bending or breaking during high-impact activities.

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