Description
The K&N Apollo CIS (Cold Intake System) presents a cutting-edge solution for enhancing engine performance. This universal cold air intake system features a washable and reusable K&N High-Flow Air Filter, contributing to sustainability and long-term cost-effectiveness. Engineered with a specially designed shape, the Apollo optimizes volumetric efficiency, seamlessly combining the advantages of an open cone filter and a standard air box within a single unit.
One of the standout features of the Apollo is its ability to reduce heat build-up, ensuring a consistently cool intake charge. The internal design prioritizes smooth features, minimizing air turbulence and maximizing airflow for optimal engine function. Crafted from a durable lightweight material, the outer shell not only enhances durability but also assists in maintaining incoming air at an optimal temperature as it enters the engine chamber.
The K&N Apollo system includes a cold air hose with a uniquely designed radius end cap, allowing the directed flow of cooler outside air into the engine. With a 70mm base flange, the Apollo is versatile and comes with vent adaptors of various sizes, accommodating most engine breathers and temperature sensors from the original air box assembly. These vent sizes range from ?? to 5/8?, with a blanking plug provided for instances where a vent adaptor is not required.
For added flexibility, additional accessories are available, including stepped adaptors (70mm ? 70mm, 70mm – 60mm, and 70mm – 80mm) and a saddle bracket kit for easy vehicle mounting. Ideal for normally aspirated engines up to 250BHP and turbo engines up to 350BHP, the Apollo allows for a seamless update to your intake system while retaining a closed environment. A multi-lingual installation sheet with illustrations is included, providing comprehensive guidance.
Backed by K&N’s Million Mile Warranty, the Apollo CIS is a testament to quality and reliability, making it a top choice for discerning automotive enthusiasts seeking performance enhancement and longevity in their intake systems.

