Head 2021 Total Joy Womens Skis W/Joy 11 GW Bindings

Description

Head's cutting edge technology sets you up with a sweet combo of control, balance and lightness. Graphene technology increases performance and reduces weight. At 85mm underfoot, the Total Joy Skis are ready for big on-piste performance. Camber and dimensions are tuned for women skiers. At 85mm underfoot, the Total Joy Skis are ready for big on-piste performance. Small 13.8 m turning radius for immediate initiation in turns. Small 13.8 m turning radius for immediate initiation in turns. Get after some all-mountain madness on a ski that's ready for fun. Head's cutting edge technology sets you up with a sweet combo of control, balance and lightness. Graphene construction boosts performance, Karuba and carbon add dampness and torsional stiffness, and the 80/20 camber-rocker combo adds some bounce. At 85mm underfoot, the Total Joy Skis are ready for big on-piste performance. Karuba wood core strikes the right balance of durability and density. Carbon sandwich cap construction offers resilience without weight. Graphene technology increases performance and reduces weight. Camber and dimensions are tuned for women skiers. Speed focused ski with aggressive sidecut turns with less effort. Small 13.8 m turning radius for immediate initiation in turns. Rockered tip with integrated tip protectors. UHM C base performs all over the mountain. Includes JOY 11 GW SLR bindings, compatible with Alpine or GripWalk boots. Carbon sandwich cap construction offers resilience without weight.

Key Features

• Graphene construction boosts performance, Karuba and carbon add dampness and torsional stiffness, and the 80/20 camber-rocker combo adds some bounce.
• Carbon sandwich cap construction offers resilience without weight.
• Includes JOY 11 GW SLR bindings, compatible with Alpine or GripWalk boots.
• At 85mm underfoot, the Total Joy Skis are ready for big on-piste performance.
• Small 13.8 m turning radius for immediate initiation in turns.
• Karuba wood core strikes the right balance of durability and density.