The stud replacement kit of the present invention operates by supplying force to the inside portion of a damaged stud and pushing that stud forward and out of the wheel. The kit of the present invention comprises a pressure tool that supplies force to a stud. This pressure tool fit around the wheel and damaged stud; and a spacer that fit between the front of the wheel and the pressure tool. This spacer serves primarily to catch the stud once removed. In operation, the broken or damaged stud is removed by placing the placing the pressure tool and spacer around the stud to be replaced. A stud screw mechanism in the pressure tool is rotated to cause the tool to apply force to the stud primarily on the backside of the wheel. This force is increased until it overcomes the force that holds the stud in the wheel. At this point, the force of the pressure tool on the stud causes the stud to move in the desired direction for removal.
CROSS REFERENCE TO RELATED APPLICATION
This application is a voluntary divisional application of and claims priority from application Ser. No. 09/294,421, filed on Apr. 19, 1999, now abandoned, the contents of which are incorporated herein by reference.
A stud installation tool includes a thrust bearing mounted within an annular housing so that the bearing may be brought in contact with a wheel hub plate and fitted around a stud which is to be drawn into the plate. Lug nuts for the stud may be tightened against the tool thereby eliminating the necessity for special sizes and styles of stud nuts.
