or an injection molded part positioning elements 45 having the form of a flange are integrally formed on in lower housing part 47 a perforation 49 in the form of a wall opening 50 is arranged through this wall opening 50 inner chamber 51 which is bordered by lower housing part 47 and upper housing part 48 can be completely injected with an elastomeric material this material forms now a large volume damping element 52 which projects beyond supporting surface 35 and underside 53 of bearing element 12 in the region of wall opening 50 by a distance 46 by determining the size of distance 46 the maximal oscillation amplitude of damping device 14 relative to surface 10 of ski 1 can be decided by which a damping without jerks and a relative movement is made possible with a suitable matching of the hardness or the elastic deformation properties of the elastomeric material in connection with distance 46 the damping characteristics for high frequency oscillations with high amplitude or respectively low frequency oscillations with low amplitude can be set thus a damping of high frequency oscillations with high amplitude is for example possible when a relatively low shore hardness of the elastomeric material is used at a relatively great distance 46 on the other hand it is possible that oscillations with greater energy can be better dampened in that a greater shore hardness of.