Abstract: A wheel restraint device incorporates a harness that receives first and second elongated straps used to secure a vehicle wheel to a support surface on which the wheel is supported. Each elongated strap is configured to extend over an upper outer surface of the wheel and be secured to the support surface proximate outer and inner sides of the wheel. The harness includes first and second sleeves that are respectively configured to slidably receive the first and second elongated straps. Moreover, the first and second sleeves extend at an angle relative to one another to orient the first and second elongated straps in a crossing relationship along one side of the wheel. With such an arrangement, it has been found that the tendency of the harness and/or the elongated straps to work themselves either over the upper outer surface of a wheel, or along the front or rear ends of the wheel, is significantly reduced.

Abstract: An apparatus designed to restrain wheels and vehicles on a support surface includes an upper restraint supported on a upper outer surface of the wheel; first and second inner flexible members and first and second outer flexible members coupled to and extending from the upper restraint on inner and outer sides of the wheel, respectively; first and second quick-connect hooks respectively securing the inner flexible members to the support surface; first and second adjustment mechanisms respectively securing the outer flexible members to the support surface with the outer flexible members crossing; and first and second lower restraints coupled respectively to the first inner and outer flexible members and the second inner and outer flexible members, and abutting a lower outer surface of the wheel. The quick-connect hooks may include a resilient retaining member such as a coiled spring which permits a free end of the retaining member to be bent in a plurality of directions.