Injen SP1126P Short Ram Air Intake System with SuperNano-Web Dry Filter

The Injen SP1126P is a high-performance short ram air intake system engineered to deliver measurable power gains for BMW turbocharged engines. This intake system replaces the restrictive factory airbox with a precision-engineered 6061-T6 aluminum intake tube that provides a smooth, uninterrupted airflow path to your engine.

Performance You Can Measure:

Dyno-proven gains of up to 15 horsepower and 18 lb-ft of torque, achieved while maintaining safe air/fuel ratios throughout the powerband. No additional tuning is required for installation.

Advanced Engineering Features:

• Patented Air Fusion Technology for optimized airflow dynamics
• Patented MegaRam (MR) Technology for enhanced performance
• Functional ram air scoop that directs cool air directly into the filter
• Fully serviceable SuperNano-Web dry air filter with increased surface area
• Smooth-bore aluminum tubing eliminates restrictions and turbulence
• Aggressive throttle response and enhanced engine tone under acceleration

Quality and Compliance:

Manufactured in Pomona, California, USA from premium 6061-T6 aluminum. CARB EO #D-476-8 certified for 2011-2012 model years. Backed by Injen Technology's Limited Lifetime Warranty.

What's Included:

Complete intake system with all necessary hardware for installation. Replacement filter available as part number X-1021-BB. Optional hydroshield protection available in part numbers 1037BLK (black) or 1037RED (red). System is available in multiple finish options.

Fitment Notes:

Direct fit for 2011-2013 BMW 135i L6-3.0L Turbo (E82/88) and 2011-2013 BMW 335i/xi L6-3.0L Turbo (E9X). Does not fit models equipped with Active Steering. CARB certification applies to 2011-2012 model years only.

WARNING: This product can expose you to chemicals including Chromium, Nickel, Carbon Black, Cobalt, Antimony Oxide, Arsenic, Beryllium, Hexavalent Chromium, Cadmium, and Lead, which are known to the State of California to cause cancer, birth defects, or other reproductive harm.