Snow glide board, in particular ski

1. A snow glide board comprising a glide board body with bead-shaped protrusions formed on a top side of a binding area of the glide board body, the bead-shaped protrusions extending in a longitudinal direction of the glide board body and forming a glide board body recess between them on the top side of the glide board body, and further comprising two individual paired strip shaped guide and mounting elements in the binding area of the glide board body, the two individual paired strip shaped guide and mounting elements being individual elements spaced from another in a cross direction of the glide board body, wherein each of the two individual paired strip shaped guide and mounting elements have a C-shaped profile, for interlocking mounting of a binding or of elements of the binding to the top side of the glide board body, each of the two individual paired strip shaped guide and mounting elements being provided across with the C-shaped profile facing one another in the cross direction of the glide board body at a distance from each other in the binding area, the two individual paired strip shaped guide and mounting elements being each selectively mounted and removable in a mounting recess formed on inner sides of the bead-shaped protrusions facing one another on the top side of the glide board body and in the cross direction of the glide board body, the two individual paired strip shaped guide and mounting elements being supported on lateral support surfaces formed in the mounting recesses and facing one another in the cross direction of the glide board body, each of the individual two paired strip shaped guide and mounting elements being further supported on a bottom of the mounting recess on the top side of the glide board body, each of the two individual paired strip shaped guide and mounting elements being anchored by anchoring elements engaged in the glide board body, and wherein an axial distance (x) between the anchoring elements in the cross direction of the glide board body is approximately 30% to 60% of the maximum width (X) of the glide board body in the binding area.

2. The snow glide board according to claim 1 , wherein the distance (x) between the anchoring elements is approximately 30% to 40% of the maximum width (X) of the glide board body.

3. The snow glide board according to claim 1 , wherein the distance (x) between the anchoring elements is at least 43% and no more than 55% of the width (X) of the glide board body in the binding area.

4. The snow glide board according to claim 1 , wherein with a maximum width (X) of the glide board body in the area is between 80 and 130 units, the distance (x) between the anchoring elements in the glide board body is approximately 45 units.

5. The snow glide board according to claim 1 , wherein with a width (X) of the glide board body in a binding area or in an area of the at least two paired guide and mounting elements is between 65 to 79 units, the distance (x) between the anchoring elements in the glide board body is approximately 34 units.

6. The snow glide board according to claim 4 , wherein a unit is one millimeter.

7. The snow glide board according to claim 5 , wherein a unit is one millimeter.

8. The snow glide board according to claim 1 , wherein a distance between the support surfaces is greater at least by a factor of from 1.2 to 1.4, than the distance (x) between the anchoring elements in the glide board body.

9. The snow glide board according to claim 1 , wherein the anchoring elements of the individual two paired strip shaped guide and mounting elements engaging in the glide board body are anchoring pegs or dowels formed onto the individual two paired strip shaped guide and mounting elements.

10. The snow glide board according to claim 9 , wherein the distance (x) between the individual two paired strip shaped guide and mounting elements is a distance between centers of the anchoring pegs or dowels.