Developed for all-mountain riding, the Bonafide 97 is characterized by playfulness, stability, agility and control for piste and freeride. Trueblend All-mountain Woodcore is the heart of the ski. A core that provides increased precision and stability, more power and performance resulting in calmer and more controlled skiing. High density strings have been built into the core and provide a progressively softer flex in the tip and back end. Flipcore Construction uses a two-way carbon fiber in the tip and tail of the ski to stabilize the vibrations that occur.
Specifications
– Radius 17 m (@177 cm)
– Side cut 136,5 – 97 – 118,5 (@177 cm)
– WEIGHT: 2200 grams (@177 cm)
Trueblend All-mountain Woodcore
In Trueblend All-mountain Woodcore, 7 integrated high-density strings are built into the core of the ski and provide a gradually softer flex in the tip and back end. With varying length and placement, the ski's flex can be controlled very precisely.
Flex is stiffer in the binding area to provide strength and support. Strength and stability are created with denser woods through the center of the ski which also provides edge grip and control. Flex gradually becomes softer towards the tip and rear end, which provides compliant technology and soft release of the force. With the technology, flex can be controlled precisely over the entire ski length to at the same time maintain consistent behavior in all lengths.
True Blend Flipcore Construction
Flipcore Construction uses a two-way carbon fiber in the ski's tip and rear end to stabilize the vibrations that occur. Integrated with the core, it provides increased precision and stability, more power and performance, which results in calmer and more controlled skiing.
Rocker-Camber-Rocker
Elevated tip and rear end provide improved flow in deep snow. A camber construction along the entire ski distributes the force and provides distinct carving properties.
Titanal reinforcement
Three layers of titanium along the entire length of the ski as well as a plate directly under the binding give the entire construction increased torsional rigidity and reinforce the mounting surface.