American Thunder Crossmember-Back Exhaust System Fits 1967-1974 Chevrolet Camaro, Pontiac Firebird With V8 Engine 2.50 Inch Stainless Steel Moderate Sound Flowmaster

Part #: 817104

Flowmaster is proud to introduce our American Thunder dual exhaust system for 1967-1974 Chevrolet Camaro, Pontiac Firebird and 1968-1974 Chevrolet Nova's. This all stainless steel exhaust system features our exclusive design 80 Series Crossflow muffler, all mandrel-bent dual 2.50-inch pipes including an H-pipe crossover for a deep smooth tone that also minimizes any back-rap on deceleration. The dual 2.50-inch stainless steel tailpipes provide a deep rich sound and optimum performance. This crossmember-back 409S stainless system gives these classic muscle cars a moderate tone inside and out. Using the crossflow design, this exhaust places the muffler in the factory location behind the rear axle retaining full ground clearance under the car while offering all the performance benefits of a full dual exhaust system. The system includes all parts, hardware and illustrated instructions, and like all Flowmaster stainless steel street products, it includes our Limited Lifetime Warranty.

Features:

• H-pipe Crossover for Maximum Power and Deep Tone
• Mandrel Bent 16 Gauge 409 Stainless Tubing
• Includes Hangers and Hardware for Easy Installation
• Limited Lifetime Warranty
• 80 Series Cross-flow Performance Muffler
• Moderate Exterior Exhaust Tone
• Mandrel-bent Stainless Steel Tubing
• Incl. Hangers and Hardware For Easy Installation
• Moderate Exterior Exhaust Tone
• Header Back System
• Maximum Ground Clearance
• Dual Out Rear Exit
• Stainless Steel Construction
• Dyno Tuned for Maximum Performance
• Lifetime Limited Warranty
• Premium Flowmaster Quality
• Crossmember-back System

American Thunder Header Back Exhaust System | Dual | Dual Rear Exit | Incl. 2.5 in. Tubing From Trans X-Member Back/H-Pipe/Hardware/80 Series (TM) Crossflow Muffler

This product may expose you to chemicals known to the State of California to cause cancer, birth defects, or other reproductive harm.