A dog performance apparatus and method for competition trial runs has an enclosed area divided into a series of communicating passages forming an endless convoluted course that each dog must run. Distributed in series along the course are a number of obstacles the dog must traverse. The obstacles may include tunnels, jumps, apertured partitions, hurdles, A-frames, teeters, and constricting arches. A lure attached to an endless cord loop is remotely pulled along the course by a mechanism. Guides direct the lure through the course in such fashion as to encourage the dog to properly traverse the obstacles in the passage. The time the dog takes to make the run is measured.
A method for training an animal to proceed through an enclosure begins with the act of providing a generally clear or translucent enclosure having a first end, which serves as an entrance and a second end, which serves as an exit. A trainer encourages the animal to enter the entrance and can walk alongside the enclosure allowing the animal to generally observe the trainer to reduce any apprehension and to generally encourage the animal to proceed through the enclosure. Subsequently, the clear or translucent enclosure is replaced with an opaque enclosure once the animal has gained sufficient experience and comfort with the clear and/or translucent enclosure.
A structure for training and exercising canines is disclosed having a first and a second inclined surface joined at a hingeable joint. The first surface has generally parallel sides and the second surface has a first region having generally parallel sides and a transition region. The transition region having a first dimension corresponding to the dimension of the first surface and a second dimension corresponding to the dimension of the first region.
An animal training device is disclosed. The training device includes a target section and a base section coupled together. The base section includes a top portion and a rounded bottom portion. An annular flange is located between the top portion and the bottom portion and extends outward from the top portion and bottom portion. The annular flange is operable to ensure that excessive exterior forces do not knock over the training device. The training device is portable as well as self-righting.
