Ballast Bracket 2.000 Round Tube

The Ballast Bracket 2.000 Round Tube from ALLSTAR PERFORMANCE is a clamp-on ballast bracket engineered for chassis and frame assembly applications where load distribution and structural reinforcement are critical. Designed for fabricators, race teams, and automotive engineers, this bracket serves as a precision attachment point for ballast weights, enabling fine-tuned weight distribution in custom chassis and suspension setups. Its aluminum construction combined with black anodized finish ensures long-term corrosion resistance even in demanding track and shop environments.

The bracket accommodates 2.000-inch outer diameter (OD) round tubing via a secure clamp-on design, allowing quick installation and repositioning without permanent modification to your frame. The aluminum body reduces unsprung weight while maintaining structural integrity, and the black anodized finish provides both aesthetic appeal and protective oxide coating against oxidation and wear. At just 0.53 pounds, this bracket minimizes parasitic mass while delivering the clamping strength needed for reliable ballast retention under acceleration, braking, and cornering loads. The compact profile (5.5 x 1.05 x 9.05 inches) fits seamlessly into tight frame geometries typical of race cars, off-road vehicles, and custom builds.

This ballast bracket is ideal for teams optimizing center of gravity and handling balance in motorsports applications, from circle track racing to rally and autocross competition. Installation is straightforward—simply position the bracket on your 2.000-inch tube and tighten the clamp mechanism to secure ballast weights in your desired location. Whether you're fine-tuning weight bias for improved cornering, adjusting front-to-rear balance, or managing compliance with competition weight minimums, this bracket provides a repeatable, adjustable platform. Compatible with any 2.000-inch OD round tube frame or chassis structure, it's an essential tool for any fabricator or race engineer focused on precision vehicle dynamics.