A harness rope assembly includes a first rope consisting of a loop, a second rope, a bridge rope, and a third rope. The second rope includes a closed loop, a first free tether, and a second free tether. Each of the first and second free tethers has a free end and an attached end. The attached ends are attached to one another and the closed loop to together form a central splice. The free ends are inserted through the loop and spliced into an interior of the second rope on either side of the central splice to form a first closed attachment loop and a second closed attachment loop both interlocked with the loop. The bridge rope includes an end loop. The third rope is spliced together in a similar manner as the second rope and interlocked with the end loop.

A roping harness includes a belt, a pair of leg loops and an elastic wire element. The belt has a lining arranged between an outer wall and an inner wall. The elastic wire element is securedly attached to the belt and has one end arranged movably with respect to the belt by elastic deformation. The lining defines a channel receiving a part of the elastic wire element. The outer wall defines a right through hole or a left through hole opening out facing the channel. The elastic wire element passes through the two through holes so that the end of the elastic wire element is located outside the channel.

A harness includes a belt loop, at least one leg loop, each having a first leg loop end and an opposite second leg loop end, at least one leg loop connection element and a belay connection element, wherein the belt loop and the belay connection element are connected to one another, each first leg loop end and the belay connection element are connected to one another, the belt loop and each first leg loop end are configured for alternatively and detachably connecting with the respective second leg loop end via the respective leg loop connection element.

A harness rope assembly includes a first rope consisting of a loop, a second rope, a bridge rope, and a third rope. The second rope includes a closed loop, a first free tether, and a second free tether. Each of the first and second free tethers has a free end and an attached end. The attached ends are attached to one another and the closed loop to together form a central splice. The free ends are inserted through the loop and spliced into an interior of the second rope on either side of the central splice to form a first closed attachment loop and a second closed attachment loop both interlocked with the loop. The bridge rope includes an end loop. The third rope is spliced together in a similar manner as the second rope and interlocked with the end loop.

A handle for a safety harness includes a handle portion, a first leg portion extending from a first end of the handle portion, a second leg portion extending from the first end of the handle portion, a first attachment element attached to a portion of the handle portion distal from the first end of the handle portion, and a second attachment element attached to a portion of the first leg portion or the second leg portion distal from the first end of the handle portion, wherein the first attachment element is structured to selectively attach to the second attachment element.

The disclosure relates to a belt and includes a fitting part and at least a first and a second belt sub-element enclosing a body part, the fitting part including a body that is designed to be connected to the first belt sub-element, to the second belt sub-element and to a flexible bridge, with the body of the fitting part including a first part and a second part which can be brought into an assembled state and into a separated state, with the first part and/or the second part including at least one first external groove for the first belt sub-element. In the assembled state, the first groove is completed by the respective other part to form the first webbing opening passing through the body in order to connect therein a first webbing of the first belt sub-element enclosing a body part to the fitting part in a semi-permanent way.

A focus track system is disclosed. The system includes a track having a channel disposed along a length of the track. The system includes a first pulley assembly coupled to one end of the track and a second pulley assembly coupled to an opposite end of the track. The first pulley assembly and the second pulley assembly are aligned with one another. The system includes a carrier assembly operably coupled with the first pulley assembly and the second pulley assembly via a first line. The carrier assembly is configured to travel along the length of the channel. The system includes a focus chair operably coupled to the carrier assembly via a pulley assembly and a second line, such that the focus chair is configured to travel in a direction perpendicular to the length of the track.

A convertible harness system which may be selectively transitioned between a utility belt, sit-harness, and full body harness, is herein disclosed. The convertible harness system may include a utility belt, a leg loop assembly, and a chest harness, wherein the leg loop assembly may be reversibly coupled to the utility belt by passing a primary attachment point of the leg loop assembly through an attachment slot/opening in the utility belt and securing the primary attachment point to the utility belt by girth-hitching the primary attachment point to the utility belt using a primary attachment loop coupled to the primary attachment point. The convertible harness system disclosed herein may enable a wearer rapidly and reversibly couple a leg loop assembly to a utility belt, without removing or unbuckling the utility belt, and without use of a carabiner or other conventional locking device.

A hunting safety harness includes a saddle and a cord. The saddle includes a first saddle portion, a second saddle portion, and an expansion portion therebetween that is expandable to increase and decrease the size of the saddle. The cord is coupled to the first saddle portion and the second saddle portion and extends over the expansion portion. The cord is designed to resiliently stretch when the expansion portion is expanded and to contract to collapse the expansion portion. The cord is folded into a pair of cord portions extending side by side over the expansion portion, each having a free end. A friction assembly is attached to the second saddle portion. Each of the free ends is inserted through and held by the friction assembly. Each of the free ends is adjustable in the friction assembly to adjust a tension on a respective one of the cord portions.