Designed as an aluminum conversion upgrade for the Traxxas 4-Tec 2.0 platform, this kit replaces key stock components with lightweight machined aluminum parts. The upgraded construction provides increased rigidity and durability compared with the original plastic components. A more rigid chassis and suspension assembly can help maintain consistent geometry during high-speed driving and cornering. The dark blue finish adds a clean performance appearance while giving the vehicle a more customized look. The conversion components are designed around the existing 4-Tec 2.0 chassis for proper fit and integration with the factory drivetrain and suspension. This kit is well suited for builders looking to improve chassis strength while giving their on-road RC a more premium appearance.
Features:
Designed for the Traxxas 4-Tec 2.0 platform and compatible chassis components. The conversion parts are engineered to integrate with the existing vehicle layout for proper fitment.
Constructed from machined aluminum to provide increased strength and rigidity. The metal construction offers a more durable alternative to the stock plastic components.
Helps reduce flex throughout the upgraded chassis and suspension areas. Increased rigidity can contribute to more consistent handling during acceleration, braking, and cornering.
Designed to maintain the factory suspension and drivetrain geometry after installation. Proper alignment helps the vehicle retain predictable handling characteristics while using the upgraded components.
Features a dark blue anodized finish for a distinctive performance appearance. The finish adds visual detail while complementing other aluminum upgrades.
Provides a combination of functional performance improvements and scale-inspired customization. The aluminum components give the chassis a more premium and competition-oriented appearance.
Ideal for builders looking to create a stronger and more refined 4-Tec 2.0 setup. The conversion kit provides a coordinated aluminum upgrade rather than replacing individual components separately.