Magnum FORCE Cold Air Intake System

The Magnum FORCE Cold Air Intake System by AFE POWER is a high-performance air induction upgrade engineered for serious Mopar enthusiasts running Gen III Hemi powerplants, particularly the high-output Hellcat variant. Designed for 2015–2016 Dodge Challenger and Charger models, this intake system replaces restrictive factory air boxes with a direct-flow design that improves volumetric efficiency and engine responsiveness. Law enforcement and military personnel who depend on vehicle performance for duty applications recognize that intake flow directly impacts throttle response, acceleration, and overall engine efficiency under demanding conditions.

The Magnum FORCE Stage-2 system integrates a reusable dry-filter element housed in a lightweight black plastic manifold constructed to OEM fit specifications. The dry-filter design eliminates the need for oil-based maintenance while delivering superior filtering protection compared to stock systems. Cold air induction pulls cooler ambient air from the engine bay perimeter rather than warm underhood air, reducing intake temperature and increasing air density—a critical factor in combustion efficiency and power output. The reusable filter element reduces long-term operating costs and environmental impact while maintaining consistent airflow characteristics across extended service intervals.

This intake system is purpose-built for Dodge Challenger and Charger models equipped with the Gen III Hemi or Hellcat engine—no adapter plates or custom fabrication required. Professional installers and DIY builders alike benefit from the straightforward bolt-on design that integrates seamlessly with OEM engine bay geometry. The complete kit, weighing 21.23 lbs and engineered to precise specifications, ships ready for installation on 2015–2016 models. For buyers seeking measurable performance gains without engine tuning or forced induction upgrades, the Magnum FORCE Stage-2 Cold Air Intake represents a cost-effective entry point into Hemi optimization.