New Fischer Transalp Tour WS Ski Boots; Size:24.5

Strong, light, easy to handle: The Fischer Transalp Tour is a versatile freetourer with uncompromising power transmission. The Fischer Active Fit Zones Liner System with 2-component design technology actively supports the foot in three defined function zones. The result: more comfort and performance thanks to a perfect fit which adapts dynamically to the movements and the anatomy of the foot. A newly developed mechanism allows you easily adjust the forward lean by 3. The more upright 13-14 setting is a more neutral, comfort-oriented stance; the 16-17 angle is better suited to a more aggressive skiing style. A spring loaded double locking mechanism ensures that the ski position remains engaged and is not accidently move into walk position. The entire bottom of the ski boot is covered in a durable rubber sole to enable secure grip during even the most technical alpine ascents. Lace Liners provide a better and more compact support in the shell and for the foot, especially on the insteps and heel fit. The new Pebax Rnew material is based on sustainable ressources and makes it possible to build lightweight boots with high stiffness. That makes the boot light for the uphill and give it a perfect performance for the downhill. With 45mm width Phatt Maxx Tour leads to a perfect cuff closure and therefore to best power transmission in downhill. Adjustable closing construction for a roomy fit in the uphill and a compact fit with perfect force transmission in the downhill. This power strap closure mechanism allows the strap to be easily opened and, especially under icy conditions foregoing the need to full rethread the tail of the strap. Only one move needed to open or close the buckle which brings a fast change from uphill to downhill mode. Additionally the buckle can be locked in open position. The spoiler is fixed to the boot liner by a Velcro strap and can be adjusted individually. Higher spoiler for more support, lower spoiler for lower calf position, spoiler removed for less forward lean.