The WINTERS WP1958PRO Quickchange Drift Rear Axle Assembly is engineered for high-performance applications, offering exceptional strength and durability. Crafted from forged aluminum, this assembly features a 10-inch ring gear and a 4.12 gear ratio, making it ideal for demanding drifting and racing scenarios. The design includes a 32-spline shaft for reliable power transfer and consistent performance under extreme conditions. This assembly is optimized for vehicles that require a quick and efficient gear change process, enhancing your racing experience.
Built without tubes, the WINTERS WP1958PRO ensures a lightweight yet robust structure, reducing overall vehicle weight while maintaining structural integrity. The natural aluminum finish not only provides corrosion resistance but also contributes to the overall aesthetic of high-performance vehicles. Easy to install and maintain, this rear axle assembly is suitable for a variety of drift and race cars, providing a reliable backbone for your high-horsepower builds. Whether upgrading an existing setup or building a new performance machine, the WP1958PRO delivers consistent, race-ready results.
Designed with professional racers and serious enthusiasts in mind, this assembly features precision manufacturing standards, ensuring it meets the rigorous demands of 1500HP applications. The assembly's compatibility with quick-change setups allows for rapid gear ratio adjustments to suit different track conditions, giving you a competitive edge. Trust WINTERS' reputation for quality and performance with the WP1958PRO, a critical component for serious drifting and high-performance racing applications.
Features:
- Forged aluminum construction for strength and light weight
- 10-inch ring gear for high torque capacity
- Gear ratio of 4.12 for optimal performance
- 32-spline shaft for reliable power transfer
- No tubes design reduces weight without sacrificing durability
- Natural aluminum finish offers corrosion resistance
- Compatible with quick-change gear setups for versatility
