Bauer Core Mesh Jock Shorts
The Bauer Core Mesh Jock Short is built for hockey players who want lightweight protection, breathable comfort, and no-fuss performance. Made from durable nylon mesh, these loose-fitting shorts offer excellent airflow and long-lasting wear—ideal for intense games and training sessions.
Featuring THERMO MAX+ fabric, the shorts wick away moisture and fight odour, helping you stay dry and fresh on the ice. The included protective cup delivers essential coverage without restricting movement, so you can play with confidence and comfort.
Velcro sock tabs keep your hockey socks securely in place, eliminating the need for extra tape and making gear-up quicker and easier. Whether you're heading to practice or gearing up for a match, these jock shorts are a reliable part of any player’s kit.
Easy to wash and built to last, the Bauer Core Mesh Jock Short is a practical, performance-driven choice for players who want comfort, protection, and convenience in one essential layer.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
The Bauer Core Mesh Jock Short is built for hockey players who want lightweight protection, breathable comfort, and no-fuss performance. Made from durable nylon mesh, these loose-fitting shorts offer excellent airflow and long-lasting wear—ideal for intense games and training sessions.
Featuring THERMO MAX+ fabric, the shorts wick away moisture and fight odour, helping you stay dry and fresh on the ice. The included protective cup delivers essential coverage without restricting movement, so you can play with confidence and comfort.
Velcro sock tabs keep your hockey socks securely in place, eliminating the need for extra tape and making gear-up quicker and easier. Whether you're heading to practice or gearing up for a match, these jock shorts are a reliable part of any player’s kit.
Easy to wash and built to last, the Bauer Core Mesh Jock Short is a practical, performance-driven choice for players who want comfort, protection, and convenience in one essential layer.
