Goma,
I applaud your use of reason and common sense. What you state in your original post is exactly what I have been wondering all along. I started following Kyrpa’s research, mango’s, tutt’s, and others a few years ago. I finally applied the science on myself and achieved incredible results that I was chasing for years.
However, it has always wondered my mind. Not only based on girth, but also on length. A bigger BPFSL HAS to require higher loads/weights. For example, let us exaggerate things in order to understand the point. A penis that is 5 meters (500cm) long in BPFSL, will see little to no effect by having 4kg of tension. But a penis that is only 10cm in BPFSL, will suffer severe inflammation from those 4kg of tension.
Therefore, there has to be a specific formula for the correct tension applied according to the size of the member. Talking it to realistic scenarios, a penis that is 15cm in BPFSL, will be affected in a different way by 4kg of tension than a penis that is 22cm of BPFSL. Both will see results, but not at the most accurate mathematical approach.
At the same time, as the user grows his BPFSL, this same principle will apply to go adjusting the weights progressively and accordingly. But we lack scientific research in order to establish these mathematical principles.
Period 1: 06/08/2020 BPFSL: 22cm (8.66") BPEL: 22cm (8.66") EG: 15.8cm (6.25") => 09/07/2020 BPFSL: 23.9cm (9.40")
Period 2: 05/01/2021 BPFSL: 24cm (9.44") BPEL: 22cm (8.66") EG: 15.8cm (6.25") => 07/24/2021 BPFSL: 25.4cm (10.00") BPEL: 23.5cm (9.25")
Goal: 1 Foot x 7.5 Inches (30.48cm x 19.05cm) NBPEL