SPECIAL ORDER* PLEASE ALLOW 3-4 WEEKS FOR DELIVERY
- Dyno-Proven Gains up to +7 HP and +11 Lbs. x Ft. TQ
- 3" to 2-1/2" Mandrel-Bent, 304 Stainless Steel Tubing for Improved Flow and Longevity
- Heavy Duty Laser Cut OE Style Flanges and Stock Mounting Locations for an Easy Install
- Includes High Flow 400 CPSI Catalytic Converters
- 100% MIG Welded for Strength and Durability
Want more power and sound from your 3.6L Challenger? Look no further than aFe POWER's Twisted Steel 3" connection pipes with high flow converters that deliver in-house dyno proven gains of up to +7 HP and +11 lbs. x ft. torque. Made with 3" to 2-1/2" mandrel-bent, 304 stainless steel tubing and high flow 400 CPSI cats to replace restrictive factory exhaust connection pipes for optimum flow, increased power and a tuned exhaust tone.
In house dyno testing produced gains of up to +7 horsepower and +11 lbs. x ft. torque.
High Flow Catalytic Converters:
This system includes quality high flow, 400 CPSI catalytic converters which are less restrictive than the factory converters for maximum flow.
304 Stainless Steel Construction:
3" to 2-1/2" mandrel-bent, 304 stainless steel tubing improves flow for more power and sound.
100% MIG-welded for long-lasting strength and durability.
Designed to fit in the stock location with OE style hangers, flanges and O2 sensor fittings. This system works with the factory exhaust without modifications.
This is a Race Only product that is to be used solely for competition, it cannot be used on vehicles that are operated on public streets, roads or highways. Its use is limited to closed-course and open-course racing that is formally sanctioned by a recognized racing organization. Any other use, including recreational off-road use, could be in violation of local, state and federal laws. To complete the purchase of this item, aFe POWER competition acknowledgement/liability release form must be filled out and submitted.
aFe POWER connection pipes are engineered and manufactured in our Corona, California manufacturing facility