PFADT Series Wheel Hub Assembly by aFe. With SKF Bearing. aFe Control is proud to release the PFADT Series, SKF performance wheel bearing. This performance wheel bearing is designed to improve the performance, cornering and stability characteristics that race and super cars demand. The SKF X-Tracker is a performance-engineered hub unit consisting of a double row angular contact ball bearing arrangement in which the outboard row has a larger diameter and contains more balls than the inboard row.

aFe Control is proud to release the PFADT Series, SKF performance wheel bearing for 1997-2008 Corvette C5/C6. This performance wheel bearing is designed to improve the performance, cornering and stability characteristics that race and super cars demand. The SKF X-Tracker is a performance-engineered hub unit consisting of a double row angular contact ball bearing arrangement in which the outboard row has a larger diameter and contains more balls than the inboard row. Designed as a direct fit installation, no modifications is necessary. The performance wheel bearing can be used with factory shock absorbers, or for a even better ride, try our Johnny O'Connell signature series shock upgrade.

aFe (Advanced Flow Engineering, Inc.) manufactures performance products for late model cars, light trucks and SUVs. The company was founded in 1999 with an initial concentration on high performance air filters. Since then, the company product line has broadened to include cold air intakes, fluid filters, exhaust systems, intake manifolds, intercoolers, programmers, differential covers, transmission pans and throttle body spacers. The team of engineers, machinists, production and sales people at aFe have many years of experience in their respective positions, and together work to ensure they produce the best automotive products on the market.

Features:

• Engineered To Optimize The Factory Shock Absorber Damping
• 1 To 1.25 in. Of Drop
• Optimized Design For Both V6 and V8 Applications
• Powdercoat Gloss Silver For Unbeatable Looks And Durability