Specs Technology FAQs
Dubbed as the "sporty" choice, the Blaze 94 W is tailored for those seeking high-octane thrills, designed for skiers who revel in executing swift turns across all terrains. With a 0.3mm titanal layer across the binding platform, this ski ensures an immediate and powerful transfer of energy from the skier's movements to the ski's actions. By concentrating the titanal under the foot, it delivers an immensely enjoyable and responsive turning experience right from the start, demanding minimal effort.
CATEGORY | Freeride |
SHAPE | 134-94-116 |
ROCKER | Tip & Tail Rocker |
CORE | Hybrid Multilayer Woodcore |
BASE | P-Tex 2100 |
AGE | Adult |
SKIING LEVEL | Ambitious , Advanced , Expert , Professional |
Although primarily engineered for short turn radii, the Blaze 94 Ws 3D Radius Sidecut and Hybrid Multilayer Woodcore significantly enhance its agility, enabling maneuverability across various turn shapes. Weighing a mere 1427g at a 165cm length and featuring a Suspension Tip and Tail acting as resilient buffers, this ski excels as a fantastic touring option. Its adaptability extends seamlessly from resort skiing to off-piste adventures and backcountry expeditions, offering an exceptionally wide range of uses across diverse conditions for skiers pursuing thrilling experiences.
A thin Titanal layer (0,3 mm) under the binding delivers the necessary strength to the ski. This way the binding screws offer reliable hold even in the toughest conditions.
The side wall is laminated to extremely stable layers of wood on the sides of the sandwich core. In combination with a more flexible, lighter wood built into the center of the sandwich core construction provides numerous advantages: The hardwood part immediately adjacent to the sidewall effects a higher power transmission, improves the edge grip and supports the edge against external forces. The low weight of the softwood part in the middle of the ski brings more agility and maneuverability and reduces overall ski weight. The combination of both wood types running through the entire ski length contributes to an optimal distribution of the ski stiffness increasing the steering precision. It is the first and only sidewall/core technology intended for aggressive on-piste and racing use and capable of delivering the victory and defeat, even if it is measured in hundredths of seconds.
A sintered high-density and high molecular polyethylene base with great gliding characteristics and high durability