#!markdown
OK, I would expect that. Here's what I believe what is happening. You see this
classic graph:
Looks at window for +3 tokens (you scenario). The lowest grey line is for zero
tokens. Now imagine you put 105psi in the fork. In other words the maximum hit
to the fork will use almost all travel with that shape. Now when you put in 3
tokens and you lower to 90psi what you do is effectively reduce the red curve
such that the maximum point MEETS the high point of what was that maximum
point of the grey line (for zero tokens). i,e the red line lowers. But realise
now what's happened to the earlier travel part of the chart. The red line, for
certainly the 1st 50% of the travel, has LOWER force than with zero tokens! In
other words, more sag will occur. It's a bit tricky, have a think about it.
April 17, 2016, 5:52 a.m. - lucifuge
#!markdown OK, I would expect that. Here's what I believe what is happening. You see this classic graph: Looks at window for +3 tokens (you scenario). The lowest grey line is for zero tokens. Now imagine you put 105psi in the fork. In other words the maximum hit to the fork will use almost all travel with that shape. Now when you put in 3 tokens and you lower to 90psi what you do is effectively reduce the red curve such that the maximum point MEETS the high point of what was that maximum point of the grey line (for zero tokens). i,e the red line lowers. But realise now what's happened to the earlier travel part of the chart. The red line, for certainly the 1st 50% of the travel, has LOWER force than with zero tokens! In other words, more sag will occur. It's a bit tricky, have a think about it.