Aluminum main chassis by Yokomo, designed for SO3.0, enhances durability and performance for SOR-030 applications. [SO-002]

Yokomo SO-002 Aluminum Main Chassis for SO3.0

Price:

USD$88.90

Brand:

Yokomo

Model:

SO-002

GTIN:

639342227686

Condition:

Brand New

Quantity:

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Description
FAQ

Enhance Your SO3.0 with Yokomo's Precision Aluminum Chassis

The Yokomo SO-002 Aluminum Main Chassis is engineered to elevate the performance of your SO3.0 RC car. Crafted from high-quality aluminum, this chassis offers improved rigidity and stability, making it an ideal upgrade for serious hobbyists aiming to optimize their vehicle's handling and responsiveness on the track.

Why Choose the SO-002 Aluminum Chassis?

Switching to an aluminum chassis can significantly impact your RC car's performance. With the Yokomo SO-002, you benefit from enhanced durability and a reduction in chassis flex, which translates to better control during high-speed maneuvers. This upgrade is particularly beneficial for racers looking to reduce lap times and improve their competitive edge.

Specifications

Material: High-grade Aluminum
Compatibility: SO3.0 Chassis, SOR-030 Supported
Function: Increases Rigidity and Stability

The Yokomo SO-002 Aluminum Main Chassis is perfect for those who demand superior performance and reliability from their RC models. It's a valuable addition for racers seeking precision handling and enhanced durability.

Remark :

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

Is the SO-002 chassis compatible with other Yokomo models?

The SO-002 is specifically designed for the SO3.0 and supports the SOR-030 chassis.

What are the benefits of using an aluminum chassis?

An aluminum chassis offers improved rigidity and stability, enhancing overall handling and reducing flex during high-speed operation.