Extend your range and push your skills. The women's Dynastar E-Cross 82 skis let you make turns where and how you want. Designed with intermediate to advanced skiers in mind, they merge the do-it-all spirit of freeride with a confident carve for the piste. Hybrid Core blends wood and polyurethane for a light but stable feel, while traditional sidewall construction ensures predictable edge control through every turn. A Coround topsheet adds all-around durability.
For whom: | Women's |
Type of skis: | All Mountain/All Round |
Type of skier: | Recreational, Sports |
Color: | Black, Green |
Core type: | Wooden core |
Ski width under bindings: | 75 - 85 mm |
Radius: | Short (10-14 m) |
Including binding: | Yes |
Binding up to - kg: | 110 kg |
The hybrid core 2.0 is the results of a modest but determined approach to eco-design. More specifically, the ability to mechanise the layers of wood in three directions - longitudinal, transversal and vertical-rather than two allows us to reduce the quantity of glued fibreglass with an adverse environmental impact. A true first step toward eco design keeping the same level of performance!
Adaptiv Sidecuts offers a smooth transition between sidecut underfoot and the tip and tail geometry. This technology brings smoothness on hard and powder snow.
Long tip and tail rocker limited in height. Offering the optimum ratio height/lenght, the ski flies over the powder and keep its grip on hard snow.
Responsive and Playful. H-Tech Reinforcements are focused in the center of the ski for a responsive, playful feel.
With the FULL SIDEWALL construction, full-length vertical edges from tip to tail help maximize grip, precision, balance and power.
SINTERED HD BASE offers great glide for all ski conditions.
Focus on Sustainability and Performance. Unidirectional Fiberglass construction reduces the use of composite fiber in favor of natural fiber use for a reduced environmental impact while improving ski performance.
Poplar core, with 3 direction of the wood fiber. Vertical, for better resistance to compression. Longitudinal for dynamic reaction in flexion. Transversal for torsion control.