Abstract: A frame for vehicle folding tops is disclosed. The folding top of the present invention is configured to be moved from a deployed position covering the vehicle passenger compartment to a folded position in one single continuous motion. No sliding linkages or over center linkages are employed. The frame comprises only three bows to support the folding top, and when the frame has been moved to a folded position and the bows abut each other at a rear deck of the vehicle. A rear bow is pivotally attached at a lower end to a rear portion of the vehicle passenger compartment in a pivoting manner. Front and center bows are pivotally supported at their open ends by the rear bow. The front bow is folded upward at a point forward of the center bow, and a scissor linkage interconnecting the front bow and the center bow assures that in the folded position the bows lie parallel and abut each other at a rear deck of the vehicle.

Abstract: A rear leaf spring support for vehicles having a frame which includes a pair of spaced apart side members tapering inward from a rear portion of the vehicle to a front portion of the vehicle is disclosed. A pair of shackle supports, one for each spring, are affixed the frame at the frame rear portion. A pair of front spring supports, one for each spring are affixed a lower flange of the frame vertically above a forward end of the spring. Each front spring support comprises an upper wall affixed a lower flange of the frame side member, an inner edge aligned with an inner edge of the shackle support integral with the upper wall, an outer edge spaced outward from the frame aligned with an outer edge of the shackle support integral with the upper wall, the inner and outer walls extending downward a distance parallel to a longitudinal axis of the vehicle. A forward end of the spring is positioned between the inner and outer walls and pivotally attached thereto.

Abstract: A steering column and cowl support frame for vehicles having a fiber glass body is disclosed. The support frame comprises a pair of opposed rear braces vertically abutting the inside surface of opposed side walls of the cowl and a pair of opposed front braces extending downward and forward from an upper end of the rear braces. Upper gussets join the upper ends of the front and rear opposed braces together and lower gussets attach a lower end of the front braces to the vehicle frame. A rear portion of the gussets extends rearward a distance and then outward at a rear edge of the cowl to form door hinge supports. A cross brace extends transversely across the vehicle. A pedal support extends longitudinally between the cross brace and a fire wall of the cowl.

Abstract: A fender and running board support for motor vehicles with a fiber glass body is disclosed. The running board and fender support of the present invention comprises a pair of spaced apart brackets with each bracket including a vertical portion extending downward from the vehicle frame and an outward extending horizontal portion integral with the vertical portion. A diagonal brace extends between the vertical portion and the horizontal portion and is welded thereto to provide additional structural integrity. A pair of spaced apart longitudinal members extend between the spaced apart brackets and are attached to the horizontal portion to abut and provide longitudinal support for the running board and front and rear fenders of the vehicle.