Mount Brackets Late Mod. Pair

The Peterson Fluid Mount Brackets Late Model Pair is engineered to provide secure mounting solutions for modern fluid management systems in high-performance and heavy-duty applications. Designed for late-model engine configurations, these brackets accommodate the evolving demands of contemporary powerplants where traditional single-point mounting proves insufficient. Whether you're upgrading cooling systems, transmission lines, or fuel delivery components, this bracket pair eliminates vibration-induced loosening and maintains component alignment under sustained stress and thermal cycling.

Constructed with precision engineering to withstand engine bay temperatures and mechanical stress, the Peterson Fluid Mount Brackets Late Model Pair features dual-point attachment geometry that distributes load evenly across both mounting surfaces. This configuration reduces stress concentration at individual fastener points and minimizes harmonic transfer to the engine block or frame. The bracket design accommodates standard automotive hardware and delivers the rigidity necessary to prevent hose chafe, line separation, or catastrophic fluid loss during extreme acceleration, cornering, or off-road operation. At 2.43 lbs for the pair, these brackets add minimal weight while maximizing structural integrity.

Late-model engine builders, restoration specialists, and performance enthusiasts benefit most from this bracket pair when installing aftermarket radiators, auxiliary coolers, or upgraded transmission cooling systems. Installation is straightforward on vehicles manufactured with modern engine bay layouts, and the brackets integrate seamlessly with factory or aftermarket hose routing. Verify compatibility with your specific engine platform and mounting surface configuration before purchase, as late-model designations span multiple generations and displacement ranges. These brackets deliver long-term reliability for street, track, and off-road applications where component security is non-negotiable.