Maximize the potential of your Power Stroke with the SCORCHER Performance Package from aFe Power. Not too many companies offer a tuner/intake combo, but aFe has put together this kit with an intake that can produce gains around 26hp and 80 lbs. x ft. torque. In addition to the intake, you will see gains up to 157hp and 180 lbs. x ft. torque from the Scorcher tune(s). You can even download tunes online! This performance package includes a Stage 2 Air Intake System and Tuner. All direct bolt-on upgrades.
Stage 2 Intake
The aFe Stage 2 cold air intake produces up to 26HP and 80 lbs. x ft. torque while outflowing the factory intake by up to 67%. This intake is enclosed in a highly engineered durable 16 gauge, powder-coated heat-shield with a one-piece intake tube. Handling filter duties is the patented Pro-GUARD 7 performance air filter that features 5-layers of progressive cotton gauze and 2-layers of synthetic media. The Pro-GUARD 7 filter is constructed with 100% polyurethane for long life and multiple cleaning cycles. The heat-insulating, molded plastic intake tubes are engineered for improved volumetric efficiency and maximum performance while lowering Intake Air Temps (I.A.T). Utilizing factory mounting points, this system provides a hassle free installation.
Finally a programmer that is integrated to work with aftermarket performance products. The new SCORCHER from aFe Power utilizes a fully integrated tuning system that is matched to aFe Power performance intakes, exhaust and manifolds. These tunes are designed to provide maximum performance over the entire RPM range. Producing up to 157HP and 180 lbs. x ft. torque. aFe has partnered with Superchips to develop the exclusive tunes to maximize all available power without sacrificing safety to the motor. This small hand-held unit contains multiple tunes per application that can be changed to match the driving condition (performance, mileage, towing, etc.). The easy to follow prompts make this product one of the easiest and fun ways to increase power and improve drivability.