Chain apparatus for use with a vehicular tire to enhance traction on slippery terrain

A detachable chain apparatus for use with a vehicular tire to enhance traction of the tire on slippery terrain, the chain apparatus configured to improve the safe operating speed of the tire with the chain apparatus secured thereon, a rim coupled to a central opening of the tire and the rim comprising a plurality of openings, the chain apparatus comprising:

• a plurality of chain assemblies disposed on the vehicular tire, each chain assembly in the plurality of chain assemblies comprising:
• an elongated cable extending through a pair of slider members to create a first end loop portion of the elongated cable proximate the first slider member, a second end loop portion of the elongated cable
• proximate the second slider member, and an intermediate parallel cable portion of the elongated cable between the pair of slider members disposed on a tread portion of the vehicular tire wherein each slider member of the plurality of slider members is slidably mounted to the elongated cable and comprises an upper casing and a lower casing;
• a plurality of sleeves rotatably mounted to the intermediate parallel cable portion of the elongated cable;
• and
• an elastic strap comprising a first end coupled to the first end loop portion of the elongated cable and a second end coupled to the second end loop portion of the elongated cable wherein the first end of the elastic strap is coupled to the first end loop portion by a first S-hook and the second end of the elastic strap is coupled to the second end loop portion by a second S-hook;
• wherein the first end loop portion of the elongated cable is configured to extend to one of the plurality of openings in the rim to enable tension in the elastic strap to secure both the first and second end loop portions of the elongated cable within an interior of the tire, thereby permitting the plurality of sleeves to enhance traction of the tire upon contact with the slippery terrain.