Organic Revmax Torqshift 6 6r140 Stage 5 Billet Quad Clutch Insignia Converter, 2011-2016 Ford 6.7l Powerstroke Special Discount [QZE57lvJ]

Revmax TorqShift 6R140 Stage 5 Billet Quad Clutch Converter

The Revmax TorqShift 6R140 Stage 5 Billet Quad Clutch Converter is a game-changer for 2011-2016 Ford 6.7L Powerstroke vehicles. Engineered for performance and durability, this converter offers an unparalleled driving experience. With its custom-made design, it ensures optimal stall speeds and efficiencies, tailored specifically to your truck. Whether you're looking for a stock replacement or a high-performance converter for heavy-duty towing, Revmax has the solution you need.

Advanced Engineering and Components

The Revmax Stage 5 converter is a masterpiece of engineering, featuring a CNC machined billet one-piece front cover and high-performance quad disc lockup friction. This converter boasts Revmax's proprietary CNC machined stator designs, billet bearing caps, and dual Torrington bearing stator design, all contributing to its superior performance. The 4140 flanged impeller hub and hardened turbine hub, combined with furnace brazed impeller and Tig welded brazed turbine, ensure maximum strength and durability. This converter is fully pressurized and leak tested, and comes with computerized robotic welding and precision internal clearances for optimal efficiency and performance.

Perfect for Heavy-Duty Applications

Whether you're modifying your engine or dealing with heavy towing loads, the Revmax Stage 5 converter is designed to meet your needs. With no horsepower or torque limitations, this converter is built to last and provide a smooth, reliable driving experience. Its 3-year unlimited mileage warranty is a testament to its quality and reliability. Ideal for Ford F250, F350, and F450 models, this converter is the perfect choice for those who demand the best in performance and durability. Upgrade your 2011-2016 Ford 6.7L Powerstroke with the Revmax TorqShift 6R140 Stage 5 Billet Quad Clutch Converter and experience the difference in performance and efficiency.