Abstract: A removable walking attachment for a ski boot includes an elastomeric body defining a toe pad and a heel pad interconnected by a flexible connector. The toe pad includes a toe base and an upright wall, the latter forming a rearwardly open cavity for receiving a toe portion of a ski boot. The toe base includes a toe underside and an upwardly facing toe support surface. The heel pad includes a heel base and an upright wall, the latter forming a forwardly open cavity for receiving a heel portion of a ski boot. The heel base includes an underside and an upwardly facing heel support surface. The undersides of the toe pad and the heel pad define a common plane when the attachment is not being worn. When attaching the attachment to a ski boot, the undersides of the toe and heel pads will be flexed upwardly to enable a more natural walking motion to be achieved.

Abstract: An overshoe traction device includes a flexible strap for attaching to a shoe, and front and rear cleat members attached to the strap. The rear cleat member includes a metallic rear plate. The front cleat member includes metallic fore and aft plates, and an elastically flexible material molded to, and interconnecting, the fore and aft plates. The fore and aft plates are spaced from one another to form a gap therebetween. Cleats extend downwardly from the rear plate and each of the fore and aft plates. The cleats of the fore and aft plates extend in a pattern around a central region of the front cleat member. The elastically flexible material forms a topside of the front cleat member, and a central region of the underside of the front cleat member and defines a horizontal pivot zone between the fore and aft plates, enabling the fore and aft plates to pivot up and down relative to one another.