Intake Air Management
How intake air moves through TIC
Air is the first input an engine depends on. TIC is engineered to manage how that air enters, is guided, and reaches the manifold, so every stage of the intake path is considered.
3
Stages of airflow guidance
CNC
Machined housing
Technology
Three stages of airflow management
Internal blade dynamics are arranged to manage intake air velocity smoothly from entry to manifold, without relying on unverified performance claims.
01 Air entry
The housing opening receives intake air and begins directing it into the blade channel with a defined geometry.
02 Compression guidance
Internal fins shape the airflow path so that air velocity is guided steadily rather than turbulently.
03 Manifold distribution
Air exits toward the intake path in a controlled flow, supporting direct drop-in integration with standard piping.
Construction quality
Built from precision materials
Aircraft-grade alloy
The housing is produced from aluminum alloy selected for high thermal tolerance and structural rigidity.
Corrosion-resistant anodizing
An anodized surface protects the metal against corrosion while keeping the finish consistent under engine bay conditions.
Precision machining
CNC machining holds close dimensional tolerances so the unit mates cleanly with standard intake paths.