AEM

AEM developed one of the first Packaged Air Induction Systems and it came right out of their experience in dyno testing, understanding intake energy dynamics and racing at the Battle of the Imports. AEM's presence in the tuner movement and its proximity to Nissan, TRD and Honda allowed them a unique opportunity. By living side by side with racers and working with OES engineers, AEM was able to understand both the practical and theoretical side of engine performance. This combination of street experience and technical savvy resulted in the birth of the first Packaged Air Induction Kit. The kit was offered for sale in 1994 as a Do-It-Yourself upgrade for the Honda CRX and proved to be the beginning of a whole new tradition. People could suddenly purchase affordable cars and modify them for increased torque and horsepower. AEM has been a leader in the development and sale of precision tuned induction systems ever since that fateful day at the Battle of the Imports. Today, the Company's induction systems number in the hundreds and AEM is still the one to beat.

Legacy of Innovation
Innovation has always been AEM's core competency. As J.C. would say “if you can't make something better, why make it all?” This "make it better" drive combined with our commitment to the sport compact market continues to distinguish AEM from the many company's offering “Me Too” copycat products. Our innovations are inspired by a passion for engineering excellence, being there and getting our hands dirty, the only way to really understand technology enough to make it better.
AEM was one of the first companies to engineer and design performance aftermarket induction systems with specific tube lengths and diameters to take advantage of pressure waves in the inlet tract. The tuning of the inlet tract dimension creates more control over the RPM range being affected.
AEM began to explore the advantages of cooler air on combustion efficiency way back in the mid nineties and coined the phrase Cold Air Intake.
AEM worked with K&N in 1999 to design conical air filters with built in air horns at the filter base to greatly enhance air flow into the inlet duct.
AEM developed the first dual chamber intake kits designed to generate more power over a broad RPM range.
AEM designed a unique air bypass valve in order to avoid hydro-lock situations for systems where the filter is low enough to encounter water at certain times.
AEM created one of the first hybrid induction systems for cars with engine swaps.
AEM has developed an electronic solution to MAF sensor scaling problems when using non stock inlet system dimensions for additional power.