To provide a sliding tool for standing riding on snow by which straight forwarding properties and direction changing stability by turning can be easily operable at a high level on sliding on snow.

The sliding tool for standing riding on snow of the present invention is the sliding tool for standing riding on snow wherein a rigid frame 2 is provided on a single sliding plate 1 and one rides on standing on a feet supporting plate 7 on the frame and by rotating a handle bar 5 set on the back end part of a handle support 3 extending from the front end part of the frame, a drawing action is generated to a steel wire 13 for adjustment and a main steel wire 14 through a cantilever link 12 provided on the handle support by drawing action caused by angle of rotation of a handle shaft stay for wire fitting extending left and right from the handle shaft 6 to forcibly bend the sliding plate itself to make one edge of the sliding plate draw a circular arc shape and therefore, an edge face of one side catches a snow face to result in that a circular arc is physically drawn in the advancing direction and as the direction changing performance to the left and the right is tremendously improved, even a beginner can easily and safely change direction.