Surface conforming rock climbing hold

Abstract

The present invention is a climbing hold for removably securing on a mounting surface or a climbing wall. The climbing hold comprises a hold body, a surface conforming member integrated with the hold body, and a fastening means. The surface conforming member is made of a pliable material with physical characteristics that impart tear-resistance, enhanced frictional properties, abrasion-resistance, and elasticity. The hold body is made of a gripping material suitable for climbing. The surface conforming member is positioned to abut the mounting surface. The fastening means is then used for removably mounting the climbing hold on the mounting surface, whereby the surface conforming member deforms and conforms to any unique texture and shape of the mounting surface, which results in a substantial gapless interface between the climbing hold and the mounting surface.

Dependencies are inferred from the claim text.