Elan SLX Fusion + EMX 12 downhill skis green AAKHRD21 (AAKHRD21)

Lightweight and flexible skis Elan SLX Fusion with EMX 12 bindings are designed for skiers who want to make fast and dynamic slalom turns with maximum precision. Thanks to their special construction, these skis allow turns with a radius from 11 to 13.5 meters, depending on the ski length. This combination of power and energy enables advanced skiers to fully exploit the potential offered by skiing on prepared slopes. These skis are characterized not only by exceptional agility but also by the ability to maintain high speed, making them an ideal choice for those seeking challenges on the slope. The advanced technologies used in these skis allow for extremely smooth and dynamic descents, and their lightness and flexibility contribute to better ski handling in all conditions.

The wooden, high-quality R² Frame Woodcore, which is the heart of the Elan SLX Fusion skis, offers the skier excellent grip and full control over the skis. This core combines layers of soft and hard wood, resulting in increased stability and efficient energy transfer. Thanks to this, the skier can enjoy smooth and stable skiing regardless of slope conditions. Such core construction not only strengthens the skis but also affects their durability and resistance to damage. The wooden core adds character to the skis, making them exceptionally enjoyable to use. Skiers will also appreciate the increased responsiveness of the skis, which allows for immediate reaction to the skier’s movements, crucial during dynamic skiing.

The RST Sidewall construction, present in the Elan SLX Fusion skis, reinforces the skis along their entire length, resulting in excellent edge hold on hard, packed snow. This allows skiers to confidently perform even the most demanding maneuvers, knowing the skis will behave predictably and stably. The RST Sidewall also improves the transfer of force and energy from the skier to the ski edges, significantly increasing precision and control during skiing. This advanced construction ensures that the skis can withstand high loads, which is especially important for skiers who prefer an aggressive skiing style. The solidity and reliability of this construction make the Elan SLX Fusion skis an ideal choice for demanding users who expect the highest quality and performance.

These fast skis utilize Ace Arrow Technology in their construction, an innovative solution that allows for maximum utilization of the skis’ potential. Ace Arrow Technology is a combination of shaped plates and titanium layers working together thanks to a composite plate with a camber profile placed on the ski. This construction enables effective force transfer to both the tips and tails of the skis, significantly improving their riding characteristics. This technology also allows for precise initiation of turns on the edges, which is extremely important during dynamic slalom skiing. The titanium layers collect and transfer energy, allowing for smooth and stable turns while providing the appropriate stiffness and durability of the skis.

The arrow-shaped layer directed towards the tip allows for precise initiation of turns on the edges by collecting and transferring energy through the titanium layer. This solution enables skiers to perform accurate and confident turns, which is key during fast and dynamic skiing. Meanwhile, the second layer, placed in the lower part of the skis, is responsible for stability in the final phase of the turn and smooth transition to the next maneuver. Thanks to this, skiers can enjoy extremely smooth and controlled skiing, significantly increasing comfort and safety on the slope. Ace Arrow Technology makes the Elan SLX Fusion skis exceptionally responsive and precise, making them an ideal choice for advanced skiers.

This model will meet the expectations of the most demanding skiers, offering precision, stability, fast power transfer, and excellent turn initiation. Thanks to the advanced technologies applied in the ski construction, skiers can enjoy an unparalleled experience on the slope.