Shirt Cooling 3X- Large Black Right Exit

The Shirt Cooling 3X-Large Black Right Exit from Paragon Pro Inc is engineered for professionals and enthusiasts who require active temperature management during extended tactical, operational, or physically demanding activities. This cooling shirt uses circulating water tubing integrated into the fabric to dissipate body heat efficiently, making it essential for personnel working in high-stress environments, protective gear, or hot climates where core temperature regulation directly impacts performance and safety. The right-side exit configuration ensures practical tube routing that doesn't interfere with dominant-hand operations or equipment placement.

Constructed from cotton for breathability and comfort during prolonged wear, the shirt features kink-free water tubing that maintains consistent coolant flow without collapse or obstruction. The short-sleeve design provides freedom of movement and reduces bulk under plate carriers or tactical vests while the tubing system connects to an external cooling unit (sold separately) that actively circulates chilled water through the garment. Cotton's natural moisture-wicking properties complement the active cooling mechanism, preventing sweat accumulation and maintaining comfort during high exertion. The 3X-Large sizing accommodates layering over base layers or lighter protective equipment without compromising cooling effectiveness.

Tactical professionals, military personnel, first responders, and athletes benefit most from this cooling system during extended operations in hot environments or when wearing bulk protective equipment. The right-exit tubing design integrates seamlessly with tactical load-bearing equipment, holsters, and plate carriers positioned on the torso. This shirt is compatible with any external cooling pack system using standard water tubing connectors; verify that your cooling unit supports the tubing diameter and coolant specifications for optimal performance. Proper care extends tubing life and maintains cooling efficiency across repeated deployments.