Innovative, lightweight combination of carbon and basalt fibre used in skis. Guarantees excellent handling, durability and shock absorption.

Ski core made from poplar wood. Provides flexibility, stability and weight reduction. Skis with poplar core combine power and relaxation on the piste. PEFC certification is a guarantee that wood from sustainably managed forests was used in the production of the equipment.

A type of flex in skis from Rossignol. BOOST FLEX is distinguished by the highest stiffness, which translates into increased responsiveness, power and performance of the ski. Dedicated to advanced skiers and more aggressive riding.

A ski design characterised by increased width at the tail and tip. This shape helps you to make safe, precise turns at low speed, ensuring easy and enjoyable learning.

PREMIUM HARDTOP technology ensures exceptional durability of the outer layer of the ski and enriches it with rich graphics, helping to protect and prolong its use.

The V-Profile technology, incorporated into the construction of the ski, provides excellent edge grip on the snow, which significantly improves ski control. Thanks to this innovative technology, skiers can enjoy improved stability and precise handling on varying types of snow, resulting in greater safety and comfort.

SINTERED HD BASE provides high quality gliding on the slopes regardless of the weather conditions. This is a specialised finish that improves the speed and durability of the snowboard, ensuring better riding characteristics. Thanks to this technology, the board reacts better to changes in the ground and allows for a smoother ride.

The RECTANGULAR FULL SIDEWALL construction is characterised by horizontal core layers and full vertical sidewalls along the entire length, for optimum power transmission and improved edge grip. As a result, skis with this technology offer improved stability and precision when skiing.

A layer of titanium reinforcement running the entire length of the ski increases its lateral stiffness and stability at high speeds. This allows the construction to better dampen vibrations and ensure precise energy transfer to the edge, which translates into smoother handling and greater control when turning.