Complete Acc Performance Boss Hog 54087 Street Bandit Chrysler 727 Torque Converter Massive 65% Savings [Y8etrAZP]

ACC Performance Boss Hog Torque Converter for Chrysler 727

Introducing the ACC Performance Boss Hog 54087 Street Bandit Torque Converter, a superior choice for Chrysler 727 transmissions on External Balanced engines. This high-performance torque converter is designed to enhance the driving experience and maximize the power output of your vehicle. With its robust construction and advanced engineering, it's no wonder why the Boss Hog series has earned its reputation as an outright leader in the industry.

Key Features and Specifications

Features: The Boss Hog 54087 Street Bandit Torque Converter offers a stall speed range of 4200-5000 RPM, providing the perfect balance between quick acceleration and smooth shifting. Its 9.6-inch diameter ensures optimal power transfer and efficiency, while the 10.000-inch bolt circle ensures a secure fit in your Chrysler 727 transmission. The converter features 24 input splines and a 1.810-inch crank pilot diameter, making it compatible with a wide range of engines. Additionally, it comes with all necessary mounting hardware for a hassle-free installation.

Unmatched Performance and Durability

Benefits: The Boss Hog 54087 Street Bandit Torque Converter is constructed using premium materials and state-of-the-art manufacturing techniques. Its welded fins, Torrington-type bearings, and aircraft aluminum washers ensure long-lasting performance and resistance to wear and tear. This torque converter can handle up to 650 horsepower, making it an excellent choice for high-performance applications. However, it's also suitable for everyday driving, offering a smooth and comfortable ride. To ensure the best performance, it's recommended to use an external balanced engine and a transmission cooler. While the Boss Hog 54087 Street Bandit Torque Converter is not lockup compatible or equipped with an anti-ballooning plate, it remains an outstanding choice for those seeking peak performance and reliability.