BBK 1557 Shorty Headers for 1986-1993 Ford Mustang 5.0L V8

Vehicle Fitment

• 1986-1993 Ford Mustang GT/LX (5.0L V8)

Fitment Notes

• Direct-fit shorty headers designed for Fox Body Mustang 5.0L V8 applications
• Compatible with stock or aftermarket mid-section exhaust components
• Installation may require minor adjustment depending on cat-back system

Features

• 1-3/4" mandrel-bent primary tubes for improved exhaust flow and performance
• Tuned shorty design enhances scavenging for better torque and horsepower
• 3/8" thick laser-cut flanges ensure strong, leak-free sealing
• Ceramic or high-temperature finish increases durability and heat resistance
• Direct bolt-on fitment requires no cutting or welding
• Includes new gaskets and complete hardware kit for installation
• Factory O2 sensor ports retained for easy installation
• Pressure tested for long-term performance reliability

Specifications

• Part Number: 1557
• Header Style: Shorty exhaust headers
• Primary Tube Diameter: 1-3/4" (44.5 mm)
• Material: Steel with ceramic or high-temperature finish
• Flange Thickness: 3/8"
• Fitment Position: Front exhaust section
• O2 Sensor Ports: Retained factory locations

Included Components

• 1x Left shorty header
• 1x Right shorty header
• 2x Header gaskets
• Complete mounting hardware kit

Product Description

The BBK 1557 Shorty Headers are a direct-fit performance upgrade for 1986-1993 Ford Mustang models equipped with the 5.0L V8 engine. Designed to replace restrictive factory exhaust manifolds, these headers improve exhaust flow and enhance scavenging, resulting in increased horsepower and torque throughout the RPM range.

Constructed from durable steel with a high-temperature or ceramic finish, the BBK 1557 headers are built for long-term durability and heat resistance. Thick laser-cut flanges ensure a leak-free seal, and factory oxygen sensor ports are retained for easy installation. The headers include all necessary gaskets and hardware for a complete bolt-on installation, providing Mustang owners with improved engine performance and a more aggressive exhaust note without compromising reliability.