A handle for a snowboard with handle that can be manufactured in a simple manufacturing process and has increased strength is provided. Further, a snowboard with handle provided with such a handle is provided. A handle for a snowboard with handle to be attached to a sliding board of a snowboard to form a snowboard with handle includes a front-side plate part, a back-side plate part, and a handle main body having a reinforcing member joining an inside surface of the front-side plate part and an inside surface of the back-side plate part and having a hollow portion inside, wherein the reinforcing member internally includes a core member constituted of a hollow cylindrical body or a columnar body having a predetermined thickness. Further, a snowboard with handle including this handle for a snowboard with handle.

A handle for a snowboard with handle that can be manufactured in a simple manufacturing process and has increased strength is provided. Further, a snowboard with handle provided with such a handle is provided. A handle for a snowboard with handle to be attached to a sliding board of a snowboard to form a snowboard with handle includes a front-side plate part, a back-side plate part, and a handle main body having a reinforcing member joining an inside surface of the front-side plate part and an inside surface of the back-side plate part and having a hollow portion inside, wherein the reinforcing member internally includes a core member constituted of a hollow cylindrical body or a columnar body having a predetermined thickness. Further, a snowboard with handle including this handle for a snowboard with handle.

Disclosed is a foldable snow sliding device with a foldable deck. The foldable snow sliding device includes: a flat strip-shaped center deck; and two folding decks rotatably connected with respective longitudinal ends of the center deck so as to be folded toward the center deck in an oblique direction with respect a center line of the center deck, whereby the folding decks do not overlap each other and extend in parallel with each other when the folding decks are folded to come into close surface contact with the center deck.

Disclosed is a foldable snow sliding device with a foldable deck. The foldable snow sliding device includes: a flat strip-shaped center deck; and two folding decks rotatably connected with respective longitudinal ends of the center deck so as to be folded toward the center deck in an oblique direction with respect a center line of the center deck, whereby the folding decks do not overlap each other and extend in parallel with each other when the folding decks are folded to come into close surface contact with the center deck.

The disclosure herein is directed toward systems and methods for supporting a person and enabling motion of a person across a surface of snow while satisfying the countervailing requirements of increasing surface area for weight-carrying capacity on soft snow and reducing the opposing forces, like for example drag and friction, in hard snow. More specifically, a snowboard described herein includes an inner edge and an outer edge, and allows the rider to control the amount of board-to-snow contact. This snowboard is configured to improve rider support, increase speed and enhance safety performance.

The disclosure herein is directed toward systems and methods for supporting a person and enabling motion of a person across a surface of snow while satisfying the countervailing requirements of increasing surface area for weight-carrying capacity on soft snow and reducing the opposing forces, like for example drag and friction, in hard snow. More specifically, a snowboard described herein includes an inner edge and an outer edge, and allows the rider to control the amount of board-to-snow contact. This snowboard is configured to improve rider support, increase speed and enhance safety performance.

A paper-based watercraft board (e.g., a surfboard) and a method of making a paper-based watercraft template (i.e., a blank or core) and watercraft board are described. The surfboard template composes paper-based materials to produce sustainable and recyclable alternative to traditional foam core surfboards.

The present invention comprises a fairing apparatus for a snowboard comprising a raised structure that may be positioned adjacent to the user's binding, having a geometry that deflects snow or ice away from the user's bindings and boots. In various exemplary embodiments, the raised structure may comprise two forward extending ridges located near the edges of the snowboard. In various exemplary embodiments, the forward extending ridges may extend laterally beyond the edges of the snowboard and may generate lift as the apparatus moves through snow or ice.

A recreational board carrier. The carrier can include a central portion, at least one longitudinal strap coupled to the central portion and extending therefrom, a coupler disposed at a distal end of the longitudinal strap, the coupler adapted to couple to a first end of a recreational board, a plurality of apertures defined in the longitudinal strap, and at least one carrying strap coupled to the central portion.

A bindingless snowboard including: a deck having a platform, the platform includes a first deck side edge, a second deck side edge, an upper deck surface and a lower deck surface; a first extension secured to and extending from the first deck side edge; a second extension secured to and extending from the second deck side edge; a base having a first base side edge and a second base side edge, the base secured to the lower deck surface; a first carving edge secured to the first deck edge; a second carving edge secure to the second deck edge; a first sidewall spacer secured between the first extension and the first edge and positioned adjacent to the first deck side edge; and, a second sidewall spacer secured between the second extension and the second edge and positioned adjacent to the second deck side edge, wherein at least a portion of a first force applied to the first extension is transmitted to the first carving edge through the first sidewall spacer and at least a portion of a second force applied to the second extension is transmitted to the second carving edge through the second sidewall spacer.