A diagnostic horseshoe combining a toe portion selected from a group of at least two toe portions, the selected toe portion including two toe joint ends; a lateral heel portion selected from a group of at least two lateral heel portions, the selected lateral heel portion including a point end and a heel joint end; and a medial heel portion selected from a group of at least two medial heel portions, the selected medial heel portion including a point end and a heel joint end, wherein an interlocking joint connects the heel joint end of the selected lateral heel portion to one of the two toe joint ends of the selected toe portion, and another interlocking joint connects the heel joint end of the selected medial heel portion to the other of the two toe joint ends of the selected toe portion.

A horseshoe having a front end and a back end includes a curved heel plate disposed adjacent the back end, a pair of side branches coupled to opposing ends of the curved heel plate, a heel wedge coupled to the heel plate, the wedge being translatable relative to the heel plate, a fabric coupled to the pair of side branches and a pair of cushions coupled to the fabric and disposed over the pair of side branches.

A horseshoe having a front end and a back end includes a curved heel plate disposed adjacent the back end, a pair of side branches coupled to opposing ends of the curved heel plate, a heel wedge coupled to the heel plate, the wedge being translatable relative to the heel plate, a fabric coupled to the pair of side branches and a pair of cushions coupled to the fabric and disposed over the pair of side branches.

A horseshoe having a front end and a back end includes a curved heel plate disposed adjacent the back end, a pair of side branches coupled to opposing ends of the curved heel plate, a heel wedge coupled to the heel plate, the wedge being translatable relative to the heel plate, a fabric coupled to the pair of side branches and a pair of cushions coupled to the fabric and disposed over the pair of side branches.

A horseshoe having a front end and a back end includes a curved heel plate disposed adjacent the back end, a pair of side branches coupled to opposing ends of the curved heel plate, a heel wedge coupled to the heel plate, the wedge being translatable relative to the heel plate, a fabric coupled to the pair of side branches and a pair of cushions coupled to the fabric and disposed over the pair of side branches.

A solid structure, multi-stratum, hoof shaped structure to cover substantially the entire underside of a hoof. The shoe has a convex bottom to allow center loading of the hoof during a broader range of movement than with typical equine shoes. Various configurations provide filler material between the shoe and the hoof, which may be applied before the shoe is attached, or the shoe may have at least one relatively small port to allow insertion of filler material after the shoe is attached.

A solid structure, multi-stratum, hoof shaped structure to cover substantially the entire underside of a hoof. The shoe has a convex bottom to allow center loading of the hoof during a broader range of movement than with typical equine shoes. Various configurations provide filler material between the shoe and the hoof, which may be applied before the shoe is attached, or the shoe may have at least one relatively small port to allow insertion of filler material after the shoe is attached.

The invention relates to a hoof soling element to be attached under the hoof of an animal, in particular a horse, wherein said hoof soling element (1) is of uniformly increasing height which enables an area of the soling element (1) that is of lesser height to be attached under the front portion of the hoof and an area of greater height under the rear portion of the hoof, wherein said hoof soling element (1) is composed of a material having a Shore-A hardness ranging between 60 and 90. Said hoof soling is particularly suited for the treatment of laminitis and enables the load acting on the foot to be shifted to the healthy rear hoof portion, wherein as a result of the hardness of the material a sufficient amount of elasticity on the one hand and resistance on the other is achieved.

The invention relates to a hoof soling element to be attached under the hoof of an animal, in particular a horse, wherein said hoof soling element (1) is of uniformly increasing height which enables an area of the soling element (1) that is of lesser height to be attached under the front portion of the hoof and an area of greater height under the rear portion of the hoof, wherein said hoof soling element (1) is composed of a material having a Shore-A hardness ranging between 60 and 90. Said hoof soling is particularly suited for the treatment of laminitis and enables the load acting on the foot to be shifted to the healthy rear hoof portion, wherein as a result of the hardness of the material a sufficient amount of elasticity on the one hand and resistance on the other is achieved.

A horse boot removably securable to a horse hoof, the horse boot including a sole having opposite first and second engagement surfaces. Said fist engagement surface being configured to face the horse hoof when the horse boot is in an installed position, and the second engagement surface being configured to face and contact a ground surface. A plate is embedded within the sole between the first and second engagement surfaces. The sole is horseshoe shaped and has an open-central area configured to permit a bottom of the horse hoof to remain open to airflow.