Open design fall arrest system

A fall arrest system configured to couple with a climbable structure, the fall arrest system comprising:

• a lower member affixed to a lower portion of the climbable structure;
• a lower bracket positioned and located on the lower member;
• an upper member affixed to an upper portion of the climbable structure;
• an upper bracket positioned and located on the upper member, the upper bracket extending from a first end to a second end;
• a cable including a lower loop and an upper loop;
• wherein the lower loop of the cable is coupled to the lower bracket;
• wherein the upper bracket includes at least two side wall members extending from the first end of the upper bracket to the second end of the upper bracket;
• wherein the upper loop of the cable is positioned and located between the first end and the second end of the upper bracket;
• and
• wherein the upper loop of the cable is positioned and located between the at least two side wall members.

A fall arrest system configured to couple with a climbable structure, the fall arrest system comprising:

• an upper bracket positioned and located proximate to an upper end of the climbable structure, the upper bracket including a first side wall member and a second side wall member positioned and located on opposite sides of the upper bracket;
• an opening extending through the upper bracket, the opening positioned and located between the first side wall member and the second side wall member;
• an upper anchor extending through the first side wall member and the second side wall member;
• a lower bracket positioned and located proximate to a lower end of the climbable structure, the lower bracket including:
• a frame;
• a T-washer slidably coupled to the frame;
• a lower anchor coupled to the T-washer;
• an attenuator positioned and located on the lower anchor;
• a cable including an upper loop and a lower loop;
• and
• wherein the upper loop of the cable is coupled to the upper anchor, the lower loop of the cable is coupled to the lower anchor, and the attenuator is deformed when a tension is applied to the cable.