Testing a fixed rope ascension setup using a GriGri [assisted braking device], handled ascender [mechanical rope clamp], foot loop [webbing stirrup], and a redirect pulley [used to change pull direction and absorb load].
Most of the lift is managed through the pulley, which reduces strain and allows for downward pulling instead of stepping. It is efficient but limits leg movement. I also have a second point of safety with a daisy chain clipped to the ascender. The setup keeps me backed up and relatively stable, but there are other methods out there and likely better ones depending on the application.
I will keep testing this system and make adjustments as needed. Once I get more time on rope, I will share what works, what does not, and what I would change.
Once I regain proficiency. It has been some time since I have done any technical climbing, or honestly, any climbing at all. I am easing back into it and will be progressing more over time. Rebuilding familiarity with systems, gear, and vertical movement is part of the work.
I used to teach climbing in Korea and Washington while in the Air Force, but I have not used it much in the Army despite the nature of my work. Getting back on rope reminds me how relevant and transferable these skills still are.
Climbing builds orientation, system awareness, and controlled movement. It shows up in aviation, in special operations, and anywhere that requires vertical or confined access.
It also ties directly into astronaut training. Precision under load, system management, physical control in unstable conditions, and decision making without margin for error. You cannot afford to just improvise in these environments. You rely on discipline, habit, and preparation.
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