Massive Discount Bbk 79-93 Mustang 5.0 Short Mid H Pipe With Catalytic Converters 2-1/2 For Bbk Long Tube Headers Save 65% Now [I0WupvjC]

BBK 79-93 Mustang 5.0 Short Mid H-Pipe with Catalytic Converters

Experience the power of BBK Performance with their 79-93 Mustang 5.0 Short Mid H-Pipe, designed to enhance your vehicle's performance and deliver a smooth driving experience. This high-flow short mid H-pipe assembly is a crucial component for completing the installation of BBK Full Length Headers to the Cat Back Exhaust System, providing a seamless connection between your headers and exhaust pipes.

Key Features and Specifications

Crafted with precision, this BBK Short Mid H-Pipe features CNC mandrel bent 2.5-inch tubing, ensuring optimal flow and increased horsepower and torque. It comes equipped with high-flow catalytic converters, offering both performance and compliance with emission standards. The H-pipe configuration provides a direct path for exhaust gases, reducing backpressure and improving overall engine efficiency. This kit is specifically designed to fit BBK Performance 1979-1993 Ford Mustang 5.0 Full Length Headers, with part numbers 1516, 15160, 1569, 15690, 1594, and 15940.

• Increased Performance: CNC mandrel bent tubing for enhanced flow and power
• High-Flow Catalytic Converters: Improve performance while maintaining emissions compliance

Practical Uses and Benefits

The BBK 79-93 Mustang 5.0 Short Mid H-Pipe is an essential upgrade for any performance-minded Mustang owner. Its high-flow design ensures that your engine can breathe more efficiently, leading to improved acceleration, top speed, and overall driving dynamics. This kit is a perfect match for BBK Long Tube Headers, creating a powerful and balanced exhaust system that maximizes your vehicle's performance potential. With BBK's commitment to quality and American craftsmanship, you can trust that this Short Mid H-Pipe will deliver exceptional performance and durability for years to come. Upgrade your Mustang today and experience the BBK difference.