AEM 16-17 Chevrolet Malibu L4-1.5L F/l Cold Air Intake

AEM Performance Cold Air Intake Systems produce horsepower and torque gains by replacing your vehicle's restrictive factory air filter and air intake housing. This air intake system was designed, tuned and dyno-tested to fit specific Chevrolet Cruze models. Air enters the system through an oversized AEM Dryflow synthetic washable air filter for outstanding air flow, filtration and performance. The air filter is located in the original air box space and is protected by a heat shield which is designed to reduce intake air temperature and increase horsepower. The air intake tubing is constructed from mandrel-bent aluminum featuring a durable gunmetal gray powder coated finish. This air intake system was developed to accommodate the engine's factory emissions control devices including the mass air sensor. The tapered cylinder shaped AEM Dryflow air filter is made from an oil-free, synthetic filter media that can be used for up to 100,000 miles before cleaning is needed (depending on driving conditions). This air intake system is easy to install with commonly available tools. Some AEM air intakes are not legal for sale or use in California and other states adopting California emission standards, while others are 50 state legal. View the vehicle applications to determine the legal status for each vehicle. AEM's Performance Cold Air Intake Systems are designed, tuned and dyno-tested to give your engine more power and acceleration by replacing the restrictive factory air filter, air intake tubing and air box assembly. Fitment: ChevroletMalibuL2016 ChevroletMalibuL2017 ChevroletMalibuL2018 ChevroletMalibuL2019 ChevroletMalibuL2020 ChevroletMalibuL2021 ChevroletMalibuLS2016 ChevroletMalibuLS2017 ChevroletMalibuLS2018 ChevroletMalibuLS2019 ChevroletMalibuLS2020 ChevroletMalibuLS2021 ChevroletMalibuLT2016 ChevroletMalibuLT2017 ChevroletMalibuLT2018 ChevroletMalibuLT2019 ChevroletMalibuLT2020 ChevroletMalibuLT2021 ChevroletMalibuRS2019 ChevroletMalibuRS2020 ChevroletMalibuRS2021