Ballast Bracket 1in Sqr Tubing

The Ballast Bracket 1in Sqr Tubing by WEHRS MACHINE is a precision-engineered clamp-on mounting solution designed for serious fabricators and chassis builders working with 1-inch square tube construction. This compact bracket serves as a critical structural component in race car builds, suspension systems, and weight distribution setups where secure, repeatable attachment to square tubing is essential. Whether you're building a tube chassis, adding ballast weight for handling balance, or reinforcing mounting points, this bracket delivers the clamping security required in high-vibration automotive environments.

Engineered for 1-inch square tubing compatibility, the Ballast Bracket features a robust clamp-on design that eliminates the need for welding while maintaining structural integrity under demanding conditions. The compact footprint—measuring 3 inches by 1 inch by 3.25 inches—makes it ideal for tight installation spaces without sacrificing load-bearing capacity. At just 0.66 lbs, the bracket adds minimal unsprung weight while providing the clamping force necessary to secure ballast weight, fuel cells, battery boxes, or auxiliary components in race and performance applications. The clamp mechanism distributes pressure evenly across the tubing surface, preventing deformation and ensuring long-term reliability through repeated thermal cycling and vibration exposure.

Fabricators and engine builders rely on the Ballast Bracket 1in Sqr Tubing for quick-disconnect setups, modular weight placement, and non-permanent installations that require tool-free or minimal-tool removal. This bracket excels in applications where weight distribution tuning is critical—such as drag racing, road course competition, and street-strip builds where fuel load or ballast adjustments affect handling and performance metrics. Compatible with any square-tube frame or chassis using 1-inch stock, this WEHRS MACHINE product integrates seamlessly into existing tube-frame designs without modification to the primary structure.