A join profile arrangement with a tread, wear resistance and a high load capacity for bridging a joint, such as an expansion joint, between structures, a. which comprises, at both edges of the joint of structures, fixable anchoring profiles, which extend parallel to one another, and at least one bridge strip profile which can overlap the Joint, b. wherein the anchoring profiles are movably connected to one another by the bridge strip profile, and c. at least one of the surfaces of the anchoring profile and/or at least one of the surfaces of the bridge strip profile have a profile covering as treads, characterised in that d. the bridge strip profile comprises at least one bridge strip, which is configured in a fork shape in cross section with two legs being formed, and another bridge strip (22, 22a), the other bridge strip (22, 22a) being configured like a tongue and engaging in the interior of the one bridge strip bordered by the two legs of the one bridge strip of the bridge strip profile, e. the bridge strips (21, 22a, 22) are movably connected to one another by the anchoring profiles, f. the other bridge strip (22, 22a) is movably guided in the interior, g. at least one bead-like longitudinal edge is formed onto a side, facing away from the other bridge strip (22, 22a), of the one bridge strip of the bridge strip profile and at least one bead-like longitudinal edge is formed onto a side, facing away from the one bridge strip, of the other bridge strip (22, 22a) of the bridge strip profile, h. the sides of the anchoring profile which face the bridge strip profile are retracted, forming longitudinal channels, i. the bead-like longitudinal edges pivotably engage in the longitudinal channels j. at least one representative of the group comprising one longitudinal collar as a moisture guard, a fire-protection Inlay and a padding inlay for sound-damping is arranged between two anchoring profiles arranged opposite one another, k. bead-like longitudinal edges which pivotably engage in longitudinal channels of the anchoring profiles are formed onto the sides of the longitudinal collar which face the anchoring profiles and which are opposite one another. a. which comprises, at both edges of the joint of structures, fixable anchoring profiles, which extend parallel to one another, and at least one bridge strip profile which can overlap the Joint, b. wherein the anchoring profiles are movably connected to one another by the bridge strip profile, and c. at least one of the surfaces of the anchoring profile and/or at least one of the surfaces of the bridge strip profile have a profile covering as treads, d. the bridge strip profile comprises at least one bridge strip, which is configured in a fork shape in cross section with two legs being formed, and another bridge strip (22, 22a), the other bridge strip (22, 22a) being configured like a tongue and engaging in the interior of the one bridge strip bordered by the two legs of the one bridge strip of the bridge strip profile, e. the bridge strips (21, 22a, 22) are movably connected to one another by the anchoring profiles, f. the other bridge strip (22, 22a) is movably guided in the interior, g. at least one bead-like longitudinal edge is formed onto a side, facing away from the other bridge strip (22, 22a), of the one bridge strip of the bridge strip profile and at least one bead-like longitudinal edge is formed onto a side, facing away from the one bridge strip, of the other bridge strip (22, 22a) of the bridge strip profile, h. the sides of the anchoring profile which face the bridge strip profile are retracted, forming longitudinal channels, i. the bead-like longitudinal edges pivotably engage in the longitudinal channels j. at least one representative of the group comprising one longitudinal collar as a moisture guard, a fire-protection Inlay and a padding inlay for sound-damping is arranged between two anchoring profiles arranged opposite one another, k. bead-like longitudinal edges which pivotably engage in longitudinal channels of the anchoring profiles are formed onto the sides of the longitudinal collar which face the anchoring profiles and which are opposite one another.