Tamiya 95257 - HG Carbon Wide Rear Stay (3mm)  [95257]

Tamiya 95257 - HG Carbon Wide Rear Stay (3mm)
Price:
USD$12.90
Brand:
Tamiya
Model:
95257
GTIN:
4950344952571
Condition:
Brand New
Available in warehouse
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HG Carbon Wide Rear Stay (3mm) Overview

The Tamiya 95257 HG Carbon Wide Rear Stay is an essential component for racing enthusiasts seeking to enhance their Mini 4WD car's stability and performance on the track. This rear stay is crafted from high-grade carbon fiber, offering a balance of strength and lightweight properties crucial for competitive racing scenarios.

Design and Compatibility

This 3mm wide rear stay is designed to fit a variety of Tamiya Mini 4WD chassis types, providing versatility and ease of integration. Ideal for use with MS, MA, and AR chassis, it supports a broad range of customization options tailored to specific racing needs. The carbon fiber construction not only ensures durability but also contributes to the overall aesthetic appeal of your vehicle.

Racing Impact and Practical Use

By installing the HG Carbon Wide Rear Stay, racers can achieve improved cornering stability and reduced body roll, which are critical for maintaining speed through tight turns. This component allows for the attachment of additional rollers or stabilizers, further enhancing the car's handling characteristics. It is particularly beneficial for high-speed tracks where precision and control are paramount.

Assembly Notes

Installation of the HG Carbon Wide Rear Stay is straightforward, requiring basic tools and minimal modifications. Its design ensures a secure fit with existing chassis components, making it an accessible upgrade for both novice and experienced builders.

The HG Carbon Wide Rear Stay is compatible with MS, MA, and AR chassis, providing flexibility for various racing setups.
While primarily designed for racing applications, the carbon fiber finish adds a sleek appearance suitable for display models as well.
Carbon fiber offers a combination of lightweight properties and high strength, enhancing the car's stability without adding unnecessary weight.

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