Abstract: A retention device for a boot for use on glide boards adapted to be used for snowboarding. At least one attaching device of the retention device is offset laterally with respect to the median longitudinal plane of the boot and is positioned in the vicinity of only one side of the boot, either the lateral side or the medial side of the boot.

Abstract: A boot for the practice of a sliding sport, such as snowboarding. The boot includes, in particular, a relatively rigid shell and a relatively rigid collar, the collar being articulated to the shell about an axis extending in a substantially longitudinal plane of the boot. A relatively flexible upper is received in the shell and has an upper part enclosing the lower leg.

Abstract: The invention concerns a gliding board, especially a snowboard, which is intended to support both boots of a skier. The board includes a base structure of which at least the front end is turned up to form the shovel. It further has a central zone with two mounting zones for the binding elements, a front zone, and a rear zone. The board has, at least in one of the front or rear zones, a long reinforcement shaped according to the length and width of the zone. The reinforcement extends from the vicinity of the end of the front or rear zone to at least the vicinity of the mounting zone located near the zone.

Abstract: The invention concerns a gliding board, especially a snowboard, which is intended to support both boots of a skier. The board includes a base structure of which at least the front end is turned up to form the shovel. It further has a central zone with two mounting zones for the binding elements, a front zone, and a rear zone. The board has, at least in one of the front or rear zones, a long reinforcement shaped according to the length and width of the zone. The reinforcement extends from the vicinity of the end of the front or rear zone to at least the vicinity of the mounting zone located near the zone.