A hinge joint comprising: an object bracket configured to couple an object to the hinge joint and define an opening in the object bracket; a mounting bracket configured to couple a mounting structure to the hinge joint; and an anti-rattle sleeve for coupling the object bracket to the mounting bracket, the sleeve being interposed between the object bracket and the mounting bracket, said sleeve comprising: a body portion; a split end that includes a retention feature that extends radially from the body portion and defines a slot configured to allow the retention feature to be pressed through the opening in the object bracket, wherein the opening has an inner diameter smaller than an outer diameter of the retention feature when the sleeve is in a relaxed state; and a flange end opposite the split end, wherein the flange end includes a flange portion that extends radially from the body portion and defines an inner flange face and an outer flange face opposite the inner flange face, characterized in that the inner flange face includes an inner bump configured to contact an inner surface of the object bracket if the sleeve is inserted into the opening, and the outer flange face includes an outer bump configured to contact an inner surface of the mounting bracket if the object bracket is coupled to the mounting bracket to form the hinge joint, wherein the inner bump and the outer bump are located relative to the slot such that the sleeve is deformed by the inner surfaces (38, 42) in a manner effective to reduce relative motion between the object bracket and the mounting bracket when compressed therebetween. an object bracket configured to couple an object to the hinge joint and define an opening in the object bracket; a mounting bracket configured to couple a mounting structure to the hinge joint; and an anti-rattle sleeve for coupling the object bracket to the mounting bracket, the sleeve being interposed between the object bracket and the mounting bracket, said sleeve comprising: a body portion; a split end that includes a retention feature that extends radially from the body portion and defines a slot configured to allow the retention feature to be pressed through the opening in the object bracket, wherein the opening has an inner diameter smaller than an outer diameter of the retention feature when the sleeve is in a relaxed state; and a flange end opposite the split end, wherein the flange end includes a flange portion that extends radially from the body portion and defines an inner flange face and an outer flange face opposite the inner flange face, characterized in that the inner flange face includes an inner bump configured to contact an inner surface of the object bracket if the sleeve is inserted into the opening, and the outer flange face includes an outer bump configured to contact an inner surface of the mounting bracket if the object bracket is coupled to the mounting bracket to form the hinge joint, wherein the inner bump and the outer bump are located relative to the slot such that the sleeve is deformed by the inner surfaces (38, 42) in a manner effective to reduce relative motion between the object bracket and the mounting bracket when compressed therebetween. a body portion; a split end that includes a retention feature that extends radially from the body portion and defines a slot configured to allow the retention feature to be pressed through the opening in the object bracket, wherein the opening has an inner diameter smaller than an outer diameter of the retention feature when the sleeve is in a relaxed state; and a flange end opposite the split end, wherein the flange end includes a flange portion that extends radially from the body portion and defines an inner flange face and an outer flange face opposite the inner flange face, characterized in that the inner flange face includes an inner bump configured to contact an inner surface of the object bracket if the sleeve is inserted into the opening, and the outer flange face includes an outer bump configured to contact an inner surface of the mounting bracket if the object bracket is coupled to the mounting bracket to form the hinge joint, wherein the inner bump and the outer bump are located relative to the slot such that the sleeve is deformed by the inner surfaces (38, 42) in a manner effective to reduce relative motion between the object bracket and the mounting bracket when compressed therebetween.