Multi-sprocket assembly having a multiplicity of individual sprockets (1, 2) for assembly on a freewheeling member on a rear wheel of a bicycle, said freewheeling member being mounted so as to be rotatable in relation to a hub axle and being coupled to a hub sleeve so as not to be rotatable in the forward rotation direction and in the reverse rotation direction being freely rotatable in relation to the hub sleeve, having a small individual sprocket and a large individual sprocket which are connected to one another by pins; wherein the small individual sprocket and the large individual sprocket have an outer ring having teeth for engaging in a roller chain, having outer pin eyes which are assigned to the teeth and integrated in the outer ring, as well as a multiplicity of inner pin eyes which are integrally connected directly or indirectly to the outer ring, wherein the position of the inner pin eyes is derived from the position of the outer pin eyes on the adjacent small individual sprocket; wherein the pins are assembled between perforations in outer pin eyes on the small individual sprocket and perforations in inner pin eyes of the large individual sprocket; wherein the multi-sprocket assembly at both axial ends, by means of pins, is connected to adjacent sprockets which, at two positions that are spaced apart in the axial direction of the hub axle, are supported directly or indirectly in relation to the hub axle, characterized in that at least two inner pin eyes which are adjacent in the circumferential direction are in each case connected by a rectilinear or curved circumferential web that is a component part of an inner ring, and the radially outer periphery of the perforation is disposed in an outer pin eye at the radial height of the external contour in the adjacent tooth gaps between adjacent teeth, and in that the periphery of the perforation that is parallel to the load flank has a spacing from the load flank of approximately the diameter of the pin. having a small individual sprocket and a large individual sprocket which are connected to one another by pins; wherein the small individual sprocket and the large individual sprocket have an outer ring having teeth for engaging in a roller chain, having outer pin eyes which are assigned to the teeth and integrated in the outer ring, as well as a multiplicity of inner pin eyes which are integrally connected directly or indirectly to the outer ring, wherein the position of the inner pin eyes is derived from the position of the outer pin eyes on the adjacent small individual sprocket; wherein the pins are assembled between perforations in outer pin eyes on the small individual sprocket and perforations in inner pin eyes of the large individual sprocket; wherein the multi-sprocket assembly at both axial ends, by means of pins, is connected to adjacent sprockets which, at two positions that are spaced apart in the axial direction of the hub axle, are supported directly or indirectly in relation to the hub axle, characterized in that at least two inner pin eyes which are adjacent in the circumferential direction are in each case connected by a rectilinear or curved circumferential web that is a component part of an inner ring, and the radially outer periphery of the perforation is disposed in an outer pin eye at the radial height of the external contour in the adjacent tooth gaps between adjacent teeth, and in that the periphery of the perforation that is parallel to the load flank has a spacing from the load flank of approximately the diameter of the pin.