15-16, DODGE CARS, 6.2L, PERFORMANCE AIR

Part #: 615145

Take the performance of your vehicle to the next level with the addition of Flowmaster's new Delta Force Performance Air Intake system for 2015-2016 Dodge Challenger and Charger with 6.2L engine. The Delta Force system contains an ultra-trick looking, custom molded black Cross-Linked Polyethylene (XLPE) high-flow intake tube, black anodized aluminum fittings (when applicable), high quality reinforced silicone couplers and all stainless steel hardware. Other features include a large diameter high-flow conical shaped 8 layer cotton gauze air filter, which traps more dirt than typical 6 layer designs, a custom-fit black powder-coated air dam with attachment brackets to securely mount the system in place along with soft bumpers to eliminate any metal to metal contact under the hood. The Delta Force Air Filters are serviceable with our new Delta Force cleaning kits which will help outlast your vehicle. For maximum performance and that iconic Flowmaster exhaust tone, we highly recommend pairing your new Delta Force Performance Air Intake with a Flowmaster exhaust system.

Features:

• Max Power Gains of Up to 19 HP and 17 LB. FT. TQ
• High Quality Components With Custom Look
• Serviceable Lifetime High-Flow 8 Layer Cotton Gauze Filter
• No Cutting or Drilling For Easy Installation
• Cross-Linked Polyethylene (XLPE) High-flow Intake Tube
• Serviceable Lifetime High-Flow Filter
• Serviceable with our Delta Force Cleaning Kit
• No Tuning Required
• High Quality Components With Custom Look
• Limited Lifetime Warranty
• No Cutting or Drilling For Easy Installation
• Made in the USA
• Includes Stainless Steel Hardware
• No Special Tuning Required
• Lifetime Limited Warranty
• Flowmaster Quality
• Easy Installation

Delta Force Cold Air Intake Kit | Incl. Polyethylene Tubing/Air Dam/Red Cone Filter/Silicone Couplers/Stainless Steel Hardware | Black Powdercoat

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