Kyosho aluminum brake disc hub for FAZER series, enhancing durability and control for on-road and drift setups. [KY-FAW307]

Kyosho FAW307 - Aluminum Brake Disc Hub(FZD2/4pcs)

Price:

USD$52.40

Brand:

Kyosho

Model:

KY-FAW307

GTIN:

4548565487509

Condition:

Brand New

Quantity:

Write a review

Description
FAQ

Enhance Your RC Experience with Kyosho's Aluminum Brake Disc Hub

The Kyosho FAW307 Aluminum Brake Disc Hub is a high-quality spare part designed to upgrade the performance of your FAZER on-road series vehicles. Crafted from durable aluminum, this set of four hubs provides improved braking efficiency and stability, making it an ideal choice for both competitive racing and casual drifting enthusiasts.

Durability Meets Performance

Constructed from premium aluminum, these brake disc hubs are engineered to withstand the rigors of intense RC driving. The lightweight yet robust design ensures enhanced braking control, allowing for precise handling during high-speed maneuvers. This makes them a perfect addition for those looking to fine-tune their vehicle's performance on various track conditions.

Perfect for FAZER Series

Specifically designed for the FAZER series, these hubs seamlessly integrate into your existing setup. Whether you're racing on-road or enjoying a drift session, the Kyosho FAW307 hubs offer consistent performance and reliability. Upgrade your RC car today and experience the difference in handling and stability.

Remark :

Due to limited stock availability, please notice that some Kyosho 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.

Are these hubs compatible with other Kyosho models?

These hubs are specifically designed for the Kyosho FAZER series and may not fit other models without modifications.

How do aluminum hubs improve performance?

Aluminum hubs provide increased durability and precision, resulting in better braking control and handling stability.