The technical field of the invention generally involves mount assemblies and in particular, a mount assembly is described for resiliently mounting a stabilizer bar on an automobile frame (12). The mount assembly comprises a bracket assembly and a bushing assembly. The bushing assembly includes an outer sleeve (9) adjacent to the bracket (8) and an inner sleeve (14) for contacting the stabilizer bar (10). The nesting sleeves are designed so as to provide restraint of axial movement while allowing ease of rotational movement. The restraint can be provided by a positive stop such as a projecting flange member (40, 41), or by cooperating conical or tapered surfaces (33, 34) which defines an increased frictional engagement and compression of the stabilizer bar as the inner sleeve (14) and the outer sleeve (9) move increasingly out of relative axial alignment.