A training apparatus for fast-rope training includes a platform-supporting structure having one or more containers and at least one platform configured for use in fast-rope training. At least one attachment is provided for attaching a fast-rope. The platform-supporting structure is supportable by a surface. The at least one attachment Is located higher than the platform and spaced laterally from the platform-supporting structure such that the at least one attachment overhangs the surface so a fast rope can hang from the at least one attachment, past the platform and toward the surface.

A training apparatus for fast-rope training includes a platform-supporting structure having one or more containers and at least one platform configured for use in fast-rope training. At least one attachment is provided for attaching a fast-rope. The platform-supporting structure is supportable by a surface. The at least one attachment Is located higher than the platform and spaced laterally from the platform-supporting structure such that the at least one attachment overhangs the surface so a fast rope can hang from the at least one attachment, past the platform and toward the surface.

Training apparatus 1 includes exercise equipment 3, 4 mounted to a side surface 8a or a roof 19 of a land vehicle or for mounting to a surface such as a wall of a building or ship. The exercise equipment includes a support structure which is attached to the surface 8a or roof 19. In some embodiments the support structure is manoeuvrable by pivoting with respect to the surface or roof, whilst remaining attached thereto, between a stowed condition and an exercising condition.

Training apparatus 1 includes exercise equipment 3, 4 mounted to a side surface 8a or a roof 19 of a land vehicle or for mounting to a surface such as a wall of a building or ship. The exercise equipment includes a support structure which is attached to the surface 8a or roof 19. In some embodiments the support structure is manoeuvrable by pivoting with respect to the surface or roof, whilst remaining attached thereto, between a stowed condition and an exercising condition.

The exercise device of the invention includes a rail carrier body, at least one fixed body in contact with the rail carrier body, at least one rail located on the rail carrier body, at least one movable body located on the rail, at least one adjusting rod located on the upper portion of the movable body and at least one transmission bar which is in contact with the adjusting rod and transmits the rotary motion on the adjusting rod to the fixing pin or rail.

A barre exercise device providing balance support for a user during exercise may include a horizontal bane exercise bar and a pair of brackets. The horizontal bane exercise bar is elevated above a floor surface by supporting structure in contact with the floor surface. The pair of brackets is attached to the supporting structure. Each bracket of the pair of brackets is adapted to support one or more hand weights therein. The device is lightweight yet structurally configured so as to support a user's entire weight thereon.

A barre exercise device providing balance support for a user during exercise may include a horizontal bane exercise bar and a pair of brackets. The horizontal bane exercise bar is elevated above a floor surface by supporting structure in contact with the floor surface. The pair of brackets is attached to the supporting structure. Each bracket of the pair of brackets is adapted to support one or more hand weights therein. The device is lightweight yet structurally configured so as to support a user's entire weight thereon.

An inflatable device designed as a martial arts training and/or educational device. The inflatable device includes an inflatable structure and at least one interactive device connected to the inflatable structure. The inflatable structure includes a floor that is at least partially inflatable, a plurality of inflatable columns extending upwardly from the floor and a plurality of inflatable beams connected to a top or top portion of the columns. The at least one interactive device includes a target, an inflatable target, punching or kicking target, inflatable punching or kicking target, an object in the form of a person or ninja, an inflatable in the form of person or ninja, an object in the form of a person or ninja with a target, and/or an inflatable in the form of a person or ninja with a target.

An inflatable device designed as a martial arts training and/or educational device. The inflatable device includes an inflatable structure and at least one interactive device connected to the inflatable structure. The inflatable structure includes a floor that is at least partially inflatable, a plurality of inflatable columns extending upwardly from the floor and a plurality of inflatable beams connected to a top or top portion of the columns. The at least one interactive device includes a target, an inflatable target, punching or kicking target, inflatable punching or kicking target, an object in the form of a person or ninja, an inflatable in the form of person or ninja, an object in the form of a person or ninja with a target, and/or an inflatable in the form of a person or ninja with a target.

A portable parallel walking bar assembly is provided which is intended for use in a variety of settings due to the uniquely designed ability to rapidly assemble, disassemble, transport and store the apparatus when not in use. This particular design is made of five lightweight individual parts which may be assembled to form a stable support structure. Two of the segments are each of the parallel bars which in this design are collapsible in length and allow for variation in length. The bars extend to a length of 8.5 feet and collapse to a length of only 4 feet. The remaining three parts of the system are the support stanchions which the horizontal bars attach to for stabilization and their useful intended height of 24 to 40 inches. Each support stanchion consists of a flat cross-member, with beveled edge, which spans the width of the assembled system and provides the base of support. On both ends of each cross-member, a vertical support extends up and is adjustable in height. The vertical supports each connect to the horizontal rails in such a way that the assembled system is stable and secure for rehabilitation purposes, specifically for persons with physical disability to apply force through the rails to support their body weight as needed while walking.