3Racing SAK-AS612/A - Sakura Advance S64 Aluminum Rear Motor Mount [SAK-AS612/A]

3RACING Advance S64 Aluminum Main Motor Root (Rear) - SAK-AS612/A

Price:

USD$5.70

Brand:

3Racing

Model:

SAK-AS612/A

Not Available

Please kindly input your name and email address, we will inform you once we have the restocking.

Or you may find similar product under the
Spares / Hop-ups - 3Racing - Sakura Advance S64 /S64GA category

Write a review

Description
FAQ

Enhance Your RC Experience with 3Racing's Durable Motor Mount

The 3Racing SAK-AS612/A is an expertly crafted aluminum rear motor mount designed for the Sakura Advance S64 chassis. This component not only offers improved durability but also ensures optimal heat management during high-performance runs. Made from high-quality aluminum, it provides a robust solution for securely mounting your motor, reducing vibration and enhancing overall vehicle stability.

Why Choose an Aluminum Motor Mount?

Aluminum is renowned for its excellent strength-to-weight ratio, making it a preferred choice for RC enthusiasts looking to upgrade their vehicles. The 3Racing aluminum motor mount aids in maintaining a lower center of gravity, which is crucial for achieving better handling and cornering performance. Additionally, its enhanced thermal properties help dissipate heat more effectively than standard plastic mounts, prolonging the life of your motor.

Perfect Compatibility and Easy Installation

This motor mount is specifically designed to fit the Sakura Advance S64 chassis, ensuring a perfect fit without the need for modifications. Installation is straightforward, allowing hobbyists to quickly upgrade their setups and get back to racing in no time.

Is this motor mount compatible with other Sakura models?

This motor mount is specifically designed for the Sakura Advance S64. Compatibility with other models is not guaranteed.

Does the aluminum construction affect the weight of the car?

The aluminum construction provides a balance between strength and weight, slightly increasing the weight while significantly enhancing durability and heat dissipation.