The present invention provides a climbing gaff. The climbing gaff includes an elongated member having a horizontal member extending perpendicularly therefrom, and a spur affixed opposed to the horizontal member. A pair of brackets are angularly affixed to a central portion of the elongated member, wherein each bracket extends downwardly and includes an arm extending perpendicularly from a lower end thereof. A pair of adjustable foot plates are secured to the arms of the brackets, such that the foot plates are perpendicular disposed in relation to the elongated member. A belt is affixed to the horizontal member, wherein the belt includes a pair of distal ends that removably secure around a foot and ankle of a user. A strap is affixed to the upper end of the elongated member, wherein the strap removably secures to a leg of a user.

The present invention provides a climbing gaff. The climbing gaff includes an elongated member having a horizontal member extending perpendicularly therefrom, and a spur affixed opposed to the horizontal member. A pair of brackets are angularly affixed to a central portion of the elongated member, wherein each bracket extends downwardly and includes an arm extending perpendicularly from a lower end thereof. A pair of adjustable foot plates are secured to the arms of the brackets, such that the foot plates are perpendicular disposed in relation to the elongated member. A belt is affixed to the horizontal member, wherein the belt includes a pair of distal ends that removably secure around a foot and ankle of a user. A strap is affixed to the upper end of the elongated member, wherein the strap removably secures to a leg of a user.

A step attachment for a climbing tree stand includes a stiffening member housed within the cavity of a length of hollow tubing having opposite ends. The ends are compressed and sealed forming flattened end portions that are inserted into first and second adjustment slides.

A step attachment for a climbing tree stand includes a stiffening member housed within the cavity of a length of hollow tubing having opposite ends. The ends are compressed and sealed forming flattened end portions that are inserted into first and second adjustment slides.

A self-advancing knee ascender featuring: a piece of webbing; at least two lengths of tubing encased by the piece of webbing; a second piece of webbing attached to the appropriate middle of the at least two lengths of tubing, wherein the second piece of webbing includes a first end and a second end, wherein the first end is arranged to form a webbing loop; a first linking mechanism removably attached to the webbing loop; a mechanical ascender attached to the second end of the second piece of webbing; a cord having a first end and a second end, wherein the cord is inside the at least two lengths of tubing, wherein the cord exits one tube, forms a cord loop, and enters another tube; and a second linking mechanism attached to the cord loop.

A self-advancing knee ascender featuring: a piece of webbing; at least two lengths of tubing encased by the piece of webbing; a second piece of webbing attached to the appropriate middle of the at least two lengths of tubing, wherein the second piece of webbing includes a first end and a second end, wherein the first end is arranged to form a webbing loop; a first linking mechanism removably attached to the webbing loop; a mechanical ascender attached to the second end of the second piece of webbing; a cord having a first end and a second end, wherein the cord is inside the at least two lengths of tubing, wherein the cord exits one tube, forms a cord loop, and enters another tube; and a second linking mechanism attached to the cord loop.

A leg harness and locking mechanism device, which can be attached to a leg of a user, such as a climber of a wooden structure, and locked at one or both of the user's knees to relieve pressure on the knee or knees during work, may include at least one harness assembly. The harness assembly may be deployed on a leg of a user. The harness assembly may include a hinge which facilitates pivoting or folding of the assembly at the corresponding knee of the user. The harness assembly may have a hinge locking mechanism which is selectively operable to lock the hinge and prevent the harness assembly from pivoting or folding at the knee of the user, thereby relieving pressure on the user's knee or knees. The hinge locking mechanism may further be operable to unlock the hinge and facilitate folding of the harness assembly at the knee.

A leg harness and locking mechanism device, which can be attached to a leg of a user, such as a climber of a wooden structure, and locked at one or both of the user's knees to relieve pressure on the knee or knees during work, may include at least one harness assembly. The harness assembly may be deployed on a leg of a user. The harness assembly may include a hinge which facilitates pivoting or folding of the assembly at the corresponding knee of the user. The harness assembly may have a hinge locking mechanism which is selectively operable to lock the hinge and prevent the harness assembly from pivoting or folding at the knee of the user, thereby relieving pressure on the user's knee or knees. The hinge locking mechanism may further be operable to unlock the hinge and facilitate folding of the harness assembly at the knee.

A connecting adjustment assembly for a fall protection assembly including a back plate assembly and a sliding engagement member is provided. The back plate assembly includes a body and a roller. The body has a first side and an opposed second side. The body further has a first edge and an opposed second edge that defines the length of the body. The body also has a third edge and an opposed fourth edge that defines a width of the body. The body still further has a groove in the second side that passes along the width of the body. The roller is rotationally coupled proximate the second edge of the body. The sliding engagement member includes a first portion with a first post and a second portion with a connection head. The first post is configured and arranged to be at least partially received within the groove of the body.

The given invention relates to illuminating climb system enabling at least one user to climb at least one entity, wherein the illuminating climb system further enable in providing support system to the at least one user in climbing up the entity. This illuminating climb system provide a safety sheath to at least one use by avoiding accidents due to non visibility of the climbing path.