HPS Performance - 827-731R

Gain 10.4 Horsepower and 15.6 Torque, Improve Performance, High-Flow Air Filter

Includes HPS Performance 3.25" aluminum pipe, reinforced high-temperature resistant silicone hoses, washable and reusable air filter, 100% stainless steel embossed clamps, and hardware. Bolt-on installation. No modifications required.

This HPS Performance Air Intake Kit replaces the restrictive stock intake with a 3.25” mandrel-bent aluminum intake tube to improve air delivery to the engine. The stock air filter and air filter housing is replaced with a high-performance reusable high-flow cotton air filter and a specially designed steel heat shield to direct air flow to your intake. The heat shield features a specially designed pattern to allow the turbocharged engine to be heard under acceleration while retaining the effectiveness of the heat shield. Improve acceleration and throttle response with dyno-proven gains of 10.4 horsepower and 15.6 lb-ft. of torque at the lower end of the powerband. This additional power optimizes your vehicle's performance within the RPM range that your vehicle normally operates for a better overall driving experience. Engineered to perform even under the toughest driving conditions, HPS Performance Air Intake Kits are built with durable high-temperature resistant reinforced silicone couplers and 100% stainless steel embossed clamps. This kit is easy to install and only requires simple hand tools to complete without the need for additional modifications.

• 3.25" mandrel-bent aluminum tubing and reusable high-flow cotton air filter for improved air flow.
• Quickens acceleration, improves throttle response, and reduces turbo lag.
• Dyno proven gains of up to 10.4 horsepower and 15.6 lb-ft. of torque.
• Heavy duty powder coated steel enclosed heat shield designed to direct fresh air into your intake.
• Enhances induction sound during acceleration to uncover the true tone of the turbocharged engine.
• Easy bolt-on installation using simple hand tools that does not require any additional modifications.