Forged Aluminum Pinion Support

The STRANGE Forged Aluminum Pinion Support (N1922) is engineered for high-performance rear differential assemblies, particularly in drag racing, road course, and street performance applications where pinion angle control and structural integrity are critical. This component addresses a fundamental need in modified vehicles: preventing pinion walk and maintaining consistent driveline geometry under heavy acceleration, hard cornering, and sustained load. Whether you're running a leaf-spring or coil-over setup on a street machine or dedicated track car, a quality pinion support eliminates compliance that can lead to inconsistent power delivery and accelerated wear on drivetrain components.

STRANGE's forged aluminum construction delivers superior strength-to-weight advantages over cast alternatives, resisting deflection under extreme loads while keeping unsprung mass minimal. The forged aluminum material exhibits excellent fatigue resistance and maintains dimensional stability across temperature cycles—essential when managing the thermal stress of high-horsepower applications. This pinion support bolts directly to the differential housing and frame, creating a rigid brace that controls pinion angle and prevents the geometry changes that occur when suspension loads transfer during acceleration or deceleration. The compact 8 x 5 x 8.2-inch footprint and 4.21-pound weight allow seamless integration into most rear suspension configurations without requiring major fabrication or component relocation.

Serious bracket racers, road racers, and street performance enthusiasts benefit most from this support, particularly those running independent rear suspension or heavily modified leaf-spring systems where factory geometry tolerances are no longer adequate. Installation requires direct attachment to both the differential cover and frame—consult your vehicle's suspension design and STRANGE's application guide to confirm mounting points for your specific platform. This component pairs effectively with adjustable control arms, upgraded bushings, and custom driveshaft angles as part of a comprehensive rear-end geometry package. Proper installation and torque specification ensure the pinion support performs its critical function without introducing binding or vibration into the driveline.