Example of what I mean in the pictures.
There's a few things every typical switch does that this type of switch would do differently
- Switches are supposed to start their force curve at the top rest point. They rarely do, I find there's half out of every bunch I buy that have an extra 'tic' before starting their rated force curve. This switch would always have the highest point of resistance at the top.
- Most normal switches attempt to "increase" force as you go down to prevent you bottoming out. I find this doesn't work for me and other's have asked the question as well - if bottoming out is normal. This switch would have shorter travel overall and not attempt to prevent you from bottoming out. There would be little fatigue since the highest resistance will always be at the top resting point of the switch.
- The spring 'ping' would be eradicated
The current forces I have would be around the 50g mark and 30g mark on the reverse picture.