Golgother
Hero member
Hey All
Last year I spent bouncing around on my hard tail Harris road bike trying to adjust for sag & static sag etc with out any success. I now suspect that I need a softer rear spring on the monoshock suspension which is a simple cantilever set up not a rising rate system with rocker arms etc. Rising rate systems use stronger springs.
Here's a site I found usefull for converting Nm to lbf/in
http://www.unitconversion.org/torque/newton-meters-to-pound-force-inchs-conversion.html
I measured my rear spring at 75 Nm giving 663lbf/in which seems way stiff, I have since heard Harris recommend 300 lbf/in.
I noticed on one of Phil's race bikes that the rear suspension looked similar to the Harris set up. So what stiffness do you Motodd and indeed Harris guys like up ye rear end ........
Any comment welcome.......well that's opened the door.
Boing !
Matt
Last year I spent bouncing around on my hard tail Harris road bike trying to adjust for sag & static sag etc with out any success. I now suspect that I need a softer rear spring on the monoshock suspension which is a simple cantilever set up not a rising rate system with rocker arms etc. Rising rate systems use stronger springs.
Here's a site I found usefull for converting Nm to lbf/in
http://www.unitconversion.org/torque/newton-meters-to-pound-force-inchs-conversion.html
I measured my rear spring at 75 Nm giving 663lbf/in which seems way stiff, I have since heard Harris recommend 300 lbf/in.
I noticed on one of Phil's race bikes that the rear suspension looked similar to the Harris set up. So what stiffness do you Motodd and indeed Harris guys like up ye rear end ........
Any comment welcome.......well that's opened the door.
Boing !
Matt