

The
The ski core is made from
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| Height (cm) | Sidecut (cm) | Radius (m) | Weight (g) |
| 156 | 130 - 75 - 112 | 11 | 3400 |
| 163 | 130 - 75 - 112 | 12 | 3600 |
| 169 | 130 - 75 - 112 | 13 | 3800 |
Material:
PEFC poplar wood
Carbon
Titanal
fibreglass
| Some focus on speed, and others on a more relaxed approach to the slopes. Our new ADAPTIVE FLEX meets the needs of every skier with three unique flex profiles (BOOST, ACTIVE, ASSIST) that give you the flex you want. Flex Boost is designed to deliver responsive energy transfer for power and performance. | |
| The construction comprises a horizontal layer of base material combined with full-length vertical sidewalls (edges) to provide optimum edge grip, precision, balance and power. | |
| TItanal Beam | A construction that has stood the test in competition. Fibre glass combined with a titanal plate gives the ski more power, grip and extremely precise control when turning. |
| This technology has been developed to achieve the highest levels of power, stability and grip, and represents the start of a revolutionary generation of fibres. The unique combination of carbon and basalt woven with glass fibres is the result of a skilful, yet unequalled dosage. This fusion gives the ski power and solidity, while ensuring dynamism and lightness, not forgetting maximum vibration absorption and balanced flex from tip to tail. | |
| Designed for precision cross-country skiing, our |
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| It combines the shape of a carving ski with the current widths underfoot, for powerful precision and excellent grip, including increased stability and control. | |
| Offers high gliding performance and durability in all snow conditions. |