A grip pack for providing a slip-resistant, water-resistant, and antibacterial surface to a piece of sporting equipment including at least three substrates printed with images. The images are printed with ultraviolet curable ink and the substrates are non-silicone. Each substrate includes a top printable layer, a middle adhesive layer, and a bottom removable layer. The top printable layer is printed with an image. The bottom removable layer is removable from each substrate printed with an image to expose the middle adhesive layer. The middle adhesive layer is configured to adhere the top printable layer to a surface of the piece of sporting equipment. Each substrate printed with an image and each image printed with ultraviolet curable ink is smoothed flat to conform to the shape of the piece of sporting equipment and provide a smooth protective layer with the slip-resistant, water-resistant, and antibacterial surface.

The present disclosure relates to a binding equipment for binding a hard-shell boot comprising a profiled bottom surface to a ski, the ski comprising a bottom surface to be directed towards a gliding element and a top surface to be directed towards the boot, wherein the binding equipment is configured to adapt the top surface of the ski to the profiled bottom surface of the boot.

The present disclosure relates to a binding equipment for binding a hard-shell boot comprising a profiled bottom surface to a ski, the ski comprising a bottom surface to be directed towards a gliding element and a top surface to be directed towards the boot, wherein the binding equipment is configured to adapt the top surface of the ski to the profiled bottom surface of the boot.

A device of the present disclosure has a board reception plate coupled on a first side to a first side plate and coupled on a second side to a second side plate, and the board reception plate is adapted for supporting a board. The apparatus further has a first spring-loaded sliding bar coupled to the first side plate that has a first channel for receiving a first edge of the board and a second spring-loaded sliding bar coupled to the second side plate that has a second channel for receiving a second edge of the board.

A snow-gliding board with adjustable camber includes a mobile actuator attached to a first portion of the board and an adjustment mechanism attached to a second portion of the board. The adjustment mechanism and mobile actuator are engaged, and travel of the mobile actuator with respect to the adjustment mechanism causes a change in camber of the snow-gliding board.

The present disclosure relates to a binding equipment for binding a hard-shell boot comprising a profiled bottom surface to a ski, the ski comprising a bottom surface to be directed towards a gliding element and a top surface to be directed towards the boot, wherein the binding equipment is configured to adapt the top surface of the ski to the profiled bottom surface of the boot.

A sports board that includes an elongate, water impervious, thermoplastic foam core having an upper surface and an under surface; an upper layer covering at least a portion of the upper surface; and an under layer covering at least a portion of the under surface. The foam core is made of a foamed material having a water absorption (measured according to ASTM C-272) of less than 2 volume percent.

A snow scooter includes (a) a gliding board extending along a board axis and having at least one anchoring zone; and (b) an edging control assembly mounted to the board for controlling an edging angle of the board. The edging control assembly includes (i) a control bar projecting upwardly from the board and (ii) a torque-transmission assembly including an anchoring structure fastened to the at least one anchoring zone, and a torsion bar extending generally parallel to the board axis between a free end rotationally fixed to a lower end of the control bar and an anchored end rotationally fixed to a coupling section of the anchoring structure for applying a tilting torque to the at least one anchoring zone about the board axis in response to a lateral force applied to the control bar by a rider.