A pet protection system includes a leg portion having a first end having a first cross-section having a flexible opening to insert a pet foot therethrough; an angled portion coupled to the first end and having a second cross-section greater than the first cross-section; and a second end coupled to the angled portion, wherein the second end has a third cross-section greater than the second cross-section; and a body portion coupled to the leg portion, the body portion forming a loop that fits securely on a body of the pet.

A product for therapeutic, non-slip animal boots. The product includes boots of various materials molded into grids and shaped to cover an animal's paws, and a means of securing the boots to the animal's paws.

A pet trail boot includes a sole, a boot upper, a first tightening strap and a cushioning portion. The sole has a ground contacting portion and a toe protecting portion. The boot upper is attached to the sole defining a paw receiving space therebetween dimensioned to receive a pet's paw and lower leg. The first tightening strap is dimensioned and positioned to wrap around the boot upper at a location above ground contacting portion of the sole. The cushioning portion is located between the first tightening strap and the lower leg of the pet.

A system for protecting an animal, and associated methods are disclosed herein. In some embodiments, the system includes a front leg element that wraps over the animal's shoulders. The front leg element can have first and second distal portions that each include a pouch positioned to receive one of the animal's front feet. The system can further include a rear leg element that wraps over the animal's back. The rear leg element can have first and second distal portions that each include a pouch positioned to receive one of the animal's rear feet. A connecting element has a forward portion attached to the foreleg element and a rear portion the rear leg element.

A closure assembly system for attaching a foot protection to a horn capsule of an animal by means of attachment structure, which may be secured to a horn capsule wall of the horn capsule, and holding structure, which are secured to the foot protection, wherein the foot protection has a sole plate and at least two adaption elements each having at least one leg and a base plate, and wherein each leg is configured to be slidable essentially radially relative to the horn capsule wall by the base plate, which is configured to be slidable in a sole plate recess of the sole plate that is open towards the topside, and wherein each leg has one of the holding structures, each of which is configured to be connectable with the attachment structure in a sheer-resistant and detachable way.

A device that assists with putting elastic or rubber dog boots on a dog's paws. The has two arms and a compression spring therebetween that assist in stretching the opening or aperture of an elastic boot and holding the boot opening in this expanded shape such that the boot can be easily put on the pet paw. The device can then easily be removed, leaving the elastic shoe on the dog.

A canine trail boot has a molded sole with raised lugs that divide the sole into individual pad cups that each receive a single pad from a dog foot. Independent movement between adjacent pad cups better replicates a dog's pad movement. The molded sole may include a toe having unidirectional treads, a tail having a combination of treads that also receive and retain straps, and a cushioning pad that protrudes into and engages with an indentation on a dog's paw to retain a boot securely. The sole interior may be layered with insoles that provide puncture resistance, heat isolation or reflection, and other custom interior features, or a liner may be provided that may also further incorporate the raised cushioning pad. The cushioning pad may be longitudinally adjustable within the boot interior, to tailor the cushioning pad to the ideal position to engage with a dog's metatarsal or metacarpal pad.

The present invention provides an improved articulating leg wrap configured for movement between an unwrapped orientation and a wrapped orientation around a leg, the improved articulating leg wrap comprising an upper section, a lower section extending from a first side to a second side, said first side presenting a releasable fastener for securing said lower section to said upper section, an articulating joint extending between said upper and said lower section, a plurality of upper fasteners extending from said upper section and configured for securing said upper section in the wrapped orientation, a lower section fastener configured for securing said lower section in the wrapped orientation, and a visual display surface presented by said upper section, said lower section, said plurality of upper fasteners and said lower section fastener adapted for receipt of a visual indicia along said visual display surface.

A form fit therapy boot along with methods of fabricating the boot for animals (including zoo animals, domestic animals and farm animals) to treat foot and/or hoof injuries. Embodiments of the boot permit the maintenance of a clean, reasonably sterile environment surrounding a wound or infection.

A modular lower leg and hoof wrap configured to hold one or more therapeutic devices proximate an animal's hoof. The invention is intended primarily for use with horses. The components attach to a sole, which is intended to be positioned beneath the animal's hoof. One or more retention panels extend upward from the sole. A first wrap panel and a second wrap panel also extend upward form the sole. Elastic and VELCRO attachment features are preferably used so that each of the components may be positioned in a suitable location for a particular animal's anatomy. Other closure devices, such as buckles or snaps, could also be used.