Abstract: Vise jaw pads are disclosed which cushion the jaws of a vise and protect the surface of a workpiece gripped in the vise. Each of the pads is formed from a piece of flexible material such as flexible PVC, has an L-shaped cross section, and a length about equal to the width of the vise jaw. The pads each have magnets attached to the back, concave surface to secure the pads to the vise jaw. The front, convex surface of the pads is adapted to increase the gripping ability of the pads with respect to a workpiece held in the vise.