High-airflow performance jacket with CE-certified armor and a removable waterproof insulated liner. SPECS Free-flowing polyester mesh shell with 1000-denier nylon reinforcement at shoulders and elbows Abrasion, impact, and tear tested, CE-certified Class A EN 17092-2 Armanox® shoulder armor is impact tested and CE certified to EN 1621.1, Level 1 Armanox® elbow armor is impact tested and CE certified to EN 1621.1, Level 1 Armanox® back armor is impact tested and CE certified to EN 1621.2, Level 1 Aqua-Barrier® waterproof/breathable thermal-insulated zip-out full-sleeve liner Ideal® MagZip magnetic zipper Performance fit with rolled shoulders and pre-curved, rotated sleeves 4-way stretch panels at shoulders and elbows Waterproof internal cell phone pocket Hook-and-loop waist adjusters with hidden arm snaps Two zippered hand pockets and two zippered chest pockets Reflective inserts on front, back, and arms 4-year warranty DESCRIPTION The Men’s Hyper-Flo Air 2.0 Jacket is engineered for riders who demand maximum airflow without compromising protection. A free-flowing polyester mesh shell promotes ventilation, while abrasion-resistant 1000-denier nylon reinforcement at the shoulders and elbows strengthens high-impact zones. Abrasion, impact, and tear tested and CE-certified Class A to EN 17092-2 standards, this jacket is built to meet modern riding expectations. Armanox® shoulder, elbow, and back armor come included and are CE-certified to EN 1621 Level 1 standards, delivering dependable impact coverage. A removable Aqua-Barrier® waterproof/breathable, thermal-insulated full-sleeve liner allows you to adapt to changing weather conditions. The performance fit features rolled shoulders and pre-curved, rotated sleeves with 4-way stretch panels to enhance mobility in the riding position. Reflective inserts improve low-light visibility, while waterproof internal storage, multiple zippered pockets, hook-and-loop waist adjusters, and the Ideal® MagZip magnetic main zipper complete a jacket designed for versatility, comfort, and real-world performance.
