Yokomo TW-2512-2A Aero-Dish Medium-Narrow Wheels [TW-2512-2A]

Price:

USD$4.50

Brand:

Yokomo

Model:

TW-2512-2A

GTIN:

0639342211548

Condition:

Brand New

Quantity:

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Description
FAQ

Yokomo TW-2512-2A Aero-Dish Medium-Narrow Wheels

The Yokomo TW-2512-2A Aero-Dish wheels offer a practical solution for RC touring car enthusiasts seeking reliable performance. These wheels are engineered with a dish design that emphasizes lightweight construction while maintaining high rigidity, ensuring stable handling on the track. With an offset of 0 and a medium-narrow size measuring 24mm in width, they fit seamlessly into various chassis configurations.

Compatibility and Use-Case Insights

These wheels are compatible with several popular chassis models, including MRTC-YD2, MRTC-YD2CK, MSR-010FE, and MSR-010FEA. This makes them a versatile choice for hobbyists looking to enhance their 1/10 scale touring cars. The medium-narrow profile is particularly suitable for achieving balanced grip and agility during high-speed runs on smooth surfaces.

Why Choose Aero-Dish Design?

The Aero-Dish design not only contributes to the wheels' lightweight nature but also aids in reducing air resistance, which can be a critical factor in competitive racing scenarios. By choosing these wheels, users can expect improved cornering stability and a more responsive driving experience.

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.

Are these wheels suitable for all 1/10 scale touring cars?

These wheels are compatible with a range of chassis models such as MRTC-YD2, MRTC-YD2CK, MSR-010FE, and MSR-010FEA, making them a flexible option for many 1/10 scale touring cars.

What is the benefit of the Aero-Dish design?

The Aero-Dish design helps reduce air resistance and enhances the wheel's structural integrity, contributing to better handling and performance.