Integrated Filter-to-Housing Design: Incorporating an integrated filter-to-housing design secured by four captive screws, Quantum ensures an effective surface area seal, simplifying installation. The roto-molded housing boasts a distinctive 5 rib industrial-grade appearance for lasting durability and immediate recognition of aFe's quality.
Quantum Pro DRY S Performance Air Filter:
- Filter Media: Equipped with a 360-degree radial flow air filter featuring 3 layers of progressive synthetic media, this oil-free filter provides optimal flow, protection, and convenience during cleaning.
- Filter Construction: Purpose-built for the Quantum Series intake systems, it sports an injection-molded base and top, delivering a lighter yet rigid structure. Captive screws eliminate the risk of misplaced hardware, securely fastening the filter to the housing. The base incorporates a built-in 3-angle velocity stack, ensuring smooth and uniform airflow. The inverted top design offers an extended surface area for longer service life and a striking aesthetic.
Dyno-Tuned Intake Tube: Quantum utilizes a dyno-tuned, CAD-designed intake tube crafted from high-impact XLPE material, enhancing resistance to heat soak and durability while maintaining an impeccable fit.
Silicone Bellows Coupling: The Quantum Intake System includes a silicone bellows coupling that accommodates excessive engine movement, offering flexibility for a secure and straightforward installation. Quantum intakes feature fewer components, ensuring quick and simple setup.
Effortless Installation: This direct-fit intake system takes full advantage of factory mounting points, necessitating no cutting or alterations. It includes all essential clamps, couplings, and hardware for a trouble-free installation.
Note: As of now, this intake system lacks CARB exemption and is not approved for sale in California or for use on vehicles registered with the California Department of Motor Vehicles.
- Local Pickup Available:
- No
- Local Delivery Available:
- No
- Additional Handling:
- No