- Adds Torque and Horsepower for Climbing, Passing and Towing
- 2-1/2" Mandrel Bent, Aluminized Steel Tubing for Greater Flow, Fitment and Overall Value
- Hi-Tuck Design for Long-Travel Clearance and Greater Approach and Departure Angles
- Quality, 100% Hand MIG-Welded by Certified Craftsmen
- 18" Baffled Muffler Produces a Premium, Aggressive Sound
Whether you are bounding off-road or racing to soccer practice, aFe POWER's Scorpion cat-back exhaust system for your 2007- 2017 Toyota FJ Cruiser with the V6-4.0L engine will get you there with speed and style. Designed from 2-1/2" mandrel bent, aluminized steel, this exhaust system offers greater flow to deliver more torque and horsepower than the factory exhaust. This 3-piece designed cat-back system utilizes a less-restricting, baffled muffler to improve your FJ's performance while maintaining a deep, smooth tone. 100% hand MIG welded by certified craftsmen for proven quality and durability, the Scorpion exhaust system is designed with Hi-Tuck style hangers and tip to give your FJ Cruiser extra clearance during extreme angle climbs and descents on or off-road.
Flow and Performance:
This Scorpion Series exhaust system is constructed of 2-1/2" mandrel bent aluminized steel for maximum flow and low turbulence increasing torque, horsepower and improved throttle response.
Aggressive Sound:
An 18" less restrictive, baffled muffler absorbs high pitch tones producing a powerful, aggressive, smooth tone under load and features an anti-corrosion protective coating.
Hi-Tuck Design:
Provides maximum clearance when off-roading to give your FJ extra clearance during extreme angle climbs or descents.
Perfect Fit:
OE-style bayonet hangers are used to maintain a stable pipe location during high vibration and high heat conditions. The bayonet tip holds the hanger bushing in place for an OE-style fit that does not change with time.
Note:
Fits TRD Edition models with the removal of the rear skid plate.
All aFe exhaust systems are engineered and manufactured in our Corona, California facility.
