Universal Air Intake Kit

The COLD AIR INDUCTIONS Universal Air Intake Kit (Model 101-0102-B) is a reusable oiled filtration system engineered to increase engine airflow and improve throttle response across multiple vehicle platforms. Built from durable aluminum construction with a black powder-coat finish, this universal air intake kit delivers measurable gains in air volume while maintaining the robust durability required for high-demand driving conditions.

The reusable oiled filter design differentiates this intake system from disposable paper alternatives. Oiled filters capture smaller particulates while maintaining lower restriction compared to dry filters, translating to sustained airflow improvements over extended use cycles. The black powder-coat aluminum construction resists corrosion and weathering, critical for vehicles operated in varied environmental conditions including salt spray, high humidity, and off-road terrain. At 7 pounds and measuring 16 x 12.5 x 16.5 inches, the compact form factor accommodates most engine bays without requiring extensive modification or special mounting hardware.

This universal air intake kit suits operators, fleet managers, and automotive enthusiasts seeking improved engine efficiency without OEM-specific constraints. The kit's adaptability across multiple platforms eliminates the need to source separate intake systems for different vehicles in a rotation or fleet. The reusable filter element reduces long-term ownership costs by eliminating recurring filter replacement expenses typical of disposable systems, making this a practical upgrade for high-mileage vehicles and extended operational use.

Universal air intake kits have become standard upgrades in the performance modification segment, offering measurable gains in horsepower and throttle response when paired with tuning adjustments. The COLD AIR INDUCTIONS design emphasizes durability and serviceability, making it suitable for both street use and sustained high-performance driving. Operators requiring reliable airflow enhancement with minimal maintenance burden will find this system aligns with practical performance goals.