To solve the problem of a conventional snow board that it is hard to support the snow board with the only one leg when getting on a lift for a snow boarder with weak muscles, for example a woman, and that slip stopper is easy to be removed and left in the snow to cause natural environmental pollution when spring comes and the snow melts.

A band is fitted to the snow board so that the weight of the snow board is applied to both legs when getting on the lift. When getting off the lift, the band functions as a binding, and stability and safety can be improved by stabilizing the snow board with both of the stopper and the band. The slip stopper is obtained by forming the binding main body with recessed and projecting parts and it is hard to be removed. The destruction of the natural environment by the slip stopper of the snow board is thereby prevented.