Pinion Support 28spl Daytona Forged Alum BK

The Pinion Support 28spl Daytona Forged Alum BK by Allstar Performance is a race-grade component engineered for serious Ford 9-inch differential builds. Designed for high-performance applications where pinion support and axle strength are critical, this support bracket prevents deflection and shaft flex under extreme load conditions—essential when running heavy power, drag racing, or off-road abuse. Whether you're building a competition-ready rear end or upgrading a street performance vehicle, this Daytona-style support delivers the structural reinforcement needed for reliability at the limit.

Manufactured from forged aluminum and finished in black anodize, the Pinion Support 28spl Daytona Forged Alum BK features a robust 28-spline interface for secure engagement with compatible pinion shafts. The Daytona design geometry is purpose-built to minimize lateral movement and twisting, which directly translates to reduced pinion bearing preload loss and improved driveline consistency under acceleration. Forged aluminum construction provides an optimal strength-to-weight ratio—critical for race applications where every pound matters—while anodized finish offers corrosion resistance and a professional appearance. The compact footprint (6.4 x 3.3 x 6.7 inches) ensures clearance within tight engine bay or frame configurations without sacrificing load capacity.

This pinion support is ideal for mechanics and enthusiasts building or upgrading Ford 9-inch differentials in drag cars, street rods, muscle cars, and performance trucks. Installation is straightforward for those familiar with rear-end assembly, and the race-proven Daytona style has earned trust in countless competition environments. Proper installation requires matching the 28-spline engagement and securing the bracket according to Allstar specifications; always verify compatibility with your specific 9-inch housing variant and consult installation documentation before assembly. At 3.95 lbs, the support adds minimal weight while delivering measurable improvements in driveline control and longevity under demanding conditions.