Byron Drachman wrote: In simpler terms, the alternative would be to go the same pace with the least peak force possible.
I don't see any concrete illustrations.
Could you provide some?
The variables are levers, rate, stroking power, drag, ratio, and pace.
You only mention a couple of the variables.
My interest is a FM @ 1:48.
Sure, you get much less peak force at max drag anchor-hauling with your upper body, but you also get a much heavier chain, a much longer drive time, a much lower ratio, weaker levers, less stroking power, and a higher rate.
I am not sure you have experienced what this feels like skeletal-muscularly to your various levers, not to mention your heart and lungs.
Have you?
I'll certainly test your claims when I race a FM later on this month.
Rowing as you suggest I pulled 1:54/2:40 for a FM ten years ago.
Rowing that way now, ten years later, the prediction is that I would pull 1:58.
It will be interesting to see what I can do now with my legs, a high peak force, a low drag, a low rate, a short drive time, and a huge ratio.
Rowing as you suggest at 1:48, my HR ten years ago was a steady 172 bpm at 28 spm.
Rowing as I do now at 1:48, ten years later, my HR is a steady 145 bpm at 24 spm.
That's quite a gain in technical efficiency, don't you think?
ranger
Rich Cureton M 72 5'11" 165 lbs. 2K pbs: 6:27.5 (hwt), 6:28 (lwt)