to the actually spindle 41 the bearing cap can be embodied as a metal plastic or composite part a bearing cap 300 assumes the radial positioning at location 310 and the axial positioning at a location 320 and or 330 of the spindle on the side opposite from the bearing cap 200 the radial positioning 310 in the bearing cap 300 corresponds to that in the bearing cap 200 the axial positioning 220 and or 230 is not executed as a point abutment but forms a flat abutment depending on the application case the abutment surfaces 320 or 330 can optionally be used for positioning ideally axial positioning is accomplished via the abutment surface 330 since in this case the frictional radius is smaller and the friction losses are therefore reduced a suitable selection of material and surface quality can allow a thrust washer to be dispensed with if need be ideally prior to assembly of the spindle component 40 one of the bearing caps 200 or 300 is already pre mounted in the support 100 e g by rolling up or another connecting process wherein the connection shall be selected such that it can support at least the operating forces that occur with respect to the bearing cap 300 the connection must be selected such that the crash forces occurring must also be supported along with the operating forces a minimum of the operating forces must be supported on the bearing cap 200 since the spindle component 40 in the case of a loose bearing cap 300 in a crash can be supported by the fastening bolt 50 projecting.