The invention is aimed at a clutch release bearing guide structure which itself, in a manner which is known per se, serves to guide a clutch release bearing on a guide body which is designed for example as a guide journal and which surrounds a transmission input shaft. The problem addressed by the invention is that of creating solutions which provide advantages over the previous designs with regard to the mechanical operating behaviour, in particular with regard to the free movement and the centricity of the clutch release bearing guide structure, over a wide temperature range. Said problem issolved according to the invention by means of a clutch release bearing guide device, having a guide bush body which is produced from a plastic material and which defines an inner surface which functions as a sliding guide surface, wherein the guide bush body comprises a front face edge region which, in the installed position, faces toward a clutch spring plate, a rear face edge region which facesaway from said clutch spring plate, and also a sleeve body which extends between two face edge regions, and having a receiving structure which itself defines a receiving bush which is provided for receiving the guide bush body and which comprises a front bush edge region and a rear bush edge region which are situated in the vicinity of the corresponding face edge regions, wherein said clutch release bearing device is characterized in that, in said face edge regions, the guide bush body and the receiving bush which is provided for receiving said guide bush body are coupled to one another in each case by means of a holding structure, wherein the holding structure is designed so as to provide an under-engaging wall, by means of which the guide bush body is gripped, and supported in the radially outward direction, in the edge region.