Monster-Ram improves airflow from the intercooler. Flows 1008 cfm (77.01 lbs/min) compared to Stock's measly 432 cfm (33.00 lbs/min). Raises boost without increasing backpressure at the turbine. Result: a more responsive, power efficient engine. Up to four 1/8 inch NPT ports for flexibility! The top two NPT ports are positioned to allow for proper atomization directly into the center of the air mass while preventing wall wetting. Accommodates stock mounting points including Temperature and Pressure sensors, wire harness and dipstick tube. At Banks Power, just enough is never enough when it comes to engine airflow. Maximum power, performance and efficiency are the ultimate goals, but to make it all happen the engine has to breathe freely and without needless restrictions. Finding ways to pump your engine full of cooler, denser air has always been the key. Our High-Ram intakes have always whipped the competition. Our new Monster-Ram flat-out destroys it. Utilizing the latest in electronic computational fluid-dynamic technology, tested on the flow bench as well as on the dyno, and finally proven in the real world where the rubber meets the road, Monster-Ram is a beast that only Banks could have unleashed. A simple, direct-replacement casting, Monster-Ram is instant power, performance and acceleration gratification. The factory inlet is cramped and angular compared to Banks' larger, streamlined cast-metal Monster-Ram. It's the perfect upgrade whether you're just starting out or working to build a serious, purpose-built race machine. And with up to four ports for water/meth/propane/nitrous injection (or pressure/temp. sensors), the sky's the limit for performance expandability. Monster-Ram is CNC ported as well as the optional Banks Billet Intake Grid Heater Delete spacer. I can tell you this, when we hot rodded the first 5.9L common rail back in 2001, the Cummins guys sent us a lab engine that they had put an HX-40 Holset on and some bigger injectors. The engine made 402 hp. We dyno'ed it again on our end and got 405 hp so our dynos matched. We sawed off the stock manifold, made the first ever side draft intake casting, cleaned up the ports and picked up 135 hp at the same air/fuel ratio with the same turbo, 540 hp was the result. So there's a dyno comparison doing the same thing as the improved horn, only better. We then installed a Banks cam and a larger VG turbo and brought it to 735 hp, put it in a Dakota, towed our trailer to Bonneville with it dropped the trailer and ran 222 mph!
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