BBK Performance High Flow X Pipe With Catalytic Converters - Aluminized Steel
Details
Description
Increase Horsepower and Add an Aggressive Exhaust Note
2.5" Mandrel Bent Aluminized Steel Tubing
O2 Sensor Bungs in Factory Locations
Direct Bolt In for Easy Installation
High Flow Catalytic Converters for Maximum Exhaust Flow
Designed for Off Road Use Only
For Use With Factory or Shorty Headers
More Power and Aggressive Sound
Get your 1999-2004 Mustang GT or Cobra heard with this BBK Performance 2.5" high flow catted x-pipe. This BBK Performance catted x-pipe will dramatically increase the sound of your Mustang to a roar that will be sure to turn heads. The 2.5" x-pipe increases exhaust flow adding more horsepower and torque and better throttle response.
Easy Installation
The BBK Performance catted x-pipe is a direct fit and works with factory exhaust manifolds or aftermarket shorty headers. The x-pipe comes with oxygen sensor bungs in the factory location making installation a breeze.
Maximum Exhaust Flow
High flow catalytic converters are used for better exhaust flow. This x-pipe is designed from 2.5" mandrel bent aluminized steel for great exhaust flow.
Emissions
Please Note: The new catalytic converters used in the manufacture and production of ALL BBK Performance high flow H and X exhaust pipes meet Federal EPA requirements. (N/CE - New aftermarket Converter) Federal Catalytic Converters are not legal for sale, installation or use on ANY licensed vehicle in the State of California. These converters do NOT carry an Executive Order number (EO number) and are NOT California CARB approved. Please check your state and local emissions laws to ensure compliance.
Additional Emissions Information
This part is NOT C.A.R.B Approved and cannot be installed for use on any emission controlled vehicle in California.
It cannot be sold or shipped to any California resident or addressee.
Fits
1999-2004 Mustang GT and Cobra
2001 Mustang Bullitt
2003-2004 Mustang Mach 1
More Information
| Part Number | 1670 |
|---|---|
| Brand | BBK Performance |
| Type of Part | Midpipes |
| Engine Fitment | 4.6L |
| Length | 38 |
| Width | 21 |
| Height | 7 |
| Weight | 33.000000 |
Reviews
Fitment
Description
Increase Horsepower and Add an Aggressive Exhaust Note
2.5" Mandrel Bent Aluminized Steel Tubing
O2 Sensor Bungs in Factory Locations
Direct Bolt In for Easy Installation
High Flow Catalytic Converters for Maximum Exhaust Flow
Designed for Off Road Use Only
For Use With Factory or Shorty Headers
More Power and Aggressive Sound
Get your 1999-2004 Mustang GT or Cobra heard with this BBK Performance 2.5" high flow catted x-pipe. This BBK Performance catted x-pipe will dramatically increase the sound of your Mustang to a roar that will be sure to turn heads. The 2.5" x-pipe increases exhaust flow adding more horsepower and torque and better throttle response.
Easy Installation
The BBK Performance catted x-pipe is a direct fit and works with factory exhaust manifolds or aftermarket shorty headers. The x-pipe comes with oxygen sensor bungs in the factory location making installation a breeze.
Maximum Exhaust Flow
High flow catalytic converters are used for better exhaust flow. This x-pipe is designed from 2.5" mandrel bent aluminized steel for great exhaust flow.
Emissions
Please Note: The new catalytic converters used in the manufacture and production of ALL BBK Performance high flow H and X exhaust pipes meet Federal EPA requirements. (N/CE - New aftermarket Converter) Federal Catalytic Converters are not legal for sale, installation or use on ANY licensed vehicle in the State of California. These converters do NOT carry an Executive Order number (EO number) and are NOT California CARB approved. Please check your state and local emissions laws to ensure compliance.
Additional Emissions Information
This part is NOT C.A.R.B Approved and cannot be installed for use on any emission controlled vehicle in California.
It cannot be sold or shipped to any California resident or addressee.
Fits
1999-2004 Mustang GT and Cobra
2001 Mustang Bullitt
2003-2004 Mustang Mach 1
