Contra2 Women's Jackets
Available Online or order in store
Ol’ Faithful just got an update. We’ve listened to your feedback, applied it, and reworked a classic from the ICON line. The durable textile Contra 2 jacket checks all the boxes. The tried-and-true Iron Weave Mesh™ panels allow intake and exhaust airflow, dramatically reducing the chance of overheating, and the jacket is further reinforced with ballistic Poly in the tumble zones. Industry-leading D3O® shoulder, elbow, and back impact protectors come standard. The cuff vents, retro-reflective hits, and anti-flap arm straps are just a few of the creature comforts in this feature-rich jacket. A SatinCoreTM liner adds modularity, and the TPU chest badging provides the classic ICON steeze. Check, check, and check, the Contra 2 jacket has what you need.
ICON® women's sport fit
Durable Textile Chassis
D30® Removable Back, Elbow and Shoulder Impact Protectors - EN 1621-2:2014 / EN 1621-1:2012
Removable Insulated Liner, Ballistic Poly Paneling , Pre-curved Arms
Our sport fit jacket is designed with slightly pre-curved arms, comfortable for an aggressive riding position. It is loose without being baggy for increased mobility without the bulk.
Ample ventilation for maximum air flow and breathability during hot to mild riding conditions.
Lightweight material that has high resistance to abrasion and fatigue providing flexibility and a contoured fit.
The generous mesh paneling provides an abundance of cooling air, perfect for hot Summer days and warmer climates. When the teperature reaches triple digits, you can ride cool and comfortable.
The adjustable arm straps are quick and easy to use, providing the rider with a contoured and personalized fit.
Includes a full suite of industry-leading D3O® Impact Protectors (shoulders, elbows, and back). D3O® unique technologies provide both enhanced protection and a versatile, flexible material for a host of shock absorption and impact protection. Delivering the most flexible and discreet protection on the market, D3O® consistently outperforms traditional foam-based materials.