Shirt Cooling Medium Black Right Exit

The Shirt Cooling Medium Black Right Exit by PARAGON PRO INC is engineered for drivers and automotive technicians who demand thermal management during extended performance driving or high-temperature engine work. Designed as a cooling system component, this right-exit configuration directs airflow and heat dissipation away from the engine bay, reducing ambient temperature around critical drivetrain components. Whether you're running a modified vehicle in summer conditions, tackling track days, or performing intensive maintenance in heated garages, this cooling solution keeps engine compartment temperatures in the optimal range for reliable operation and component longevity.

Engineered with precision by PARAGON PRO INC, the Medium sizing provides balanced airflow distribution while the right-exit design channels hot air and vapor directly away from sensitive electronics, fuel systems, and engine sensors. The matte black finish prevents heat reflection back into the engine bay while offering a clean, OEM-compatible aesthetic. At 1.145 lbs with compact dimensions (12 x 3 x 12 inches), this component integrates seamlessly into most modern engine compartments without adding excessive weight or creating installation complications. The durable construction withstands thermal cycling and vibration exposure common to performance applications, ensuring consistent cooling efficiency across thousands of miles.

This cooling component benefits street enthusiasts, track drivers, and professional technicians upgrading thermal management in naturally aspirated or turbocharged builds. Installation is straightforward for anyone with basic mechanical knowledge; verify compatibility with your specific engine platform before ordering. The right-exit orientation makes it ideal for vehicles where left-side routing conflicts with intake manifolds, fuel injectors, or custom intake systems. Paired with quality radiators and ducting, this component significantly improves cooling system efficiency during aggressive driving or prolonged operation in hot climates.