Abstract: A shoe for ski boots, including a breathable portion with a first outer layer, suitable to interface with an inner wall of an associable ski boot, and a second inner layer, at least partially overlapped and fastened to the first outer layer, said layers being at least partially pierced and comprising through holes through the same layers is provided. Advantageously, at overlapped portions of the first and second layer, the relevant holes, of the first and second layer are aligned with each other to completely pass through the succession of said layers of the breathable portion. At an inner side of the shoe, the shoe comprises a waterproofing portion shaped to allow the exit of vapour or water towards the outside of the shoe and of the containment volume and so as to prevent the entry of water or vapour from the outside of the shoe within said containment volume.

Abstract: Snowshoe comprising an upper side, suitable to be fixed to a ski boot and a lower side, suitable to interface with the terrain, a frame having a pair of lateral struts, arranged on opposite sides with respect to a centreline plane of the frame, directed along a prevailing direction of the longitudinal axis, wherein the snowshoe comprises a central body, provided with at least one central crampon arranged on the lower side, the central body being mechanically connected to the lateral struts, wherein said side members are provided with teeth or crampons, from the side of the lower side of the snowshoe.

Abstract: Snowshoe with upper side fixable to a ski boot and lower side interface-able with terrain, a frame having a pair of lateral struts, arranged on opposite sides of the frame's centreline plane, directed along a prevailing direction of the longitudinal axis, the side members extending from a front end to a rear end, each side member extending on an opposite side with respect to the centreline plane. In correspondence with front and rear ends, respectively, the frame includes front and rear crossbeams that mechanically connect said ends with each other, the crossbeams arranged astride the centreline plane. Lateral struts, front and rear ends are made of different materials and/or have different shapes or thicknesses so the lateral struts have increased rigidity versus the front/rear ends. The snowshoe comprises a central body mechanically connected to the lateral struts and having at least one central crampon positioned on the lower side.