Voor optimale bescherming van je skischoenen bevelen wij aan om onderstaand product ook te
bestellen.
Weet je zeker dat je dit niet mee wilt bestellen?
This product is temporarily out of stock. Leave your e-mail address and we will let you know as soon as it's back in stock again. We only use your e-mail address to send you a one-time notification.
The Salomon Addikt Pro 76 is designed for advanced skiers who love carving on groomed slopes. Its 76 mm waist offers versatility for both short, quick turns and longer, sweeping arcs, while Motion Tail technology enhances responsiveness and control. The ski’s balanced design provides stability at speed yet remains agile in varied piste conditions, making it a dependable choice for those seeking precision, comfort, and consistency throughout the day. Compared to the Addikt Pro 66, its wider 76 mm waist offers more versatility and stability in varied piste conditions.
In detail
Rocker Camber Flat The ski is effortlessly steered thanks to the tip rocker and easily stays on top of the snow. With pre-tensioning under the binding, the ski is easy to take off and allows you to put a lot of pressure on the edges.
Full Poplar Woodcore A full Woodcore construction maximizes liveliness, stability and ski-to-snow contact while filtering vibrations.
Double Ti A double layer of titanal, one on either side of the core, improves hard snow performance. It increases precision, offers a good edge grip and improves responsiveness.
Blade Technology Polymer inserts are fused in the titanal layer in order to maintain the ski's stiffness but increase the liveliness needed for high speed through the turn.
Motion Tail Technology Polymer pads are fused into the titanal layer, increasing the flexibility of the tail by 5% for a more forgiving yet responsive ski experience.
Recycled ABS sidewall Instead of using virgin, oil-based plastics, the sidewalls are made from recycled material waste generated during production. Typically, 40 to 50% of the material used in milling ski sidewalls is discarded as chips. These chips are gathered, reprocessed, and turned into new sidewalls. This method preserves the original performance qualities while significantly cutting down on waste.