The wood is 230-65mm = 165mm eye to eye length. Holes are very tight 8mm and 10mm as it is hardware. The upper bolt 8mm - I had to even screw it in (it cut it's own thread during installation)
With stock shock I firstly lifted rear end of the bike about 1mm off the ground, centered with that white chair and corrected according to level gauge placed on seat, made entire bike inline with front wheel and measured rear axle bolt from the ground.
After installation of wooden plank I repeat the process.
I don't think there can be more error than 1 - 2 mm in my metodology. I now believe Commencal saying it's 155mm travel in dynamic is correct figure...or very close to.
In sensitive mode I have the same experience...easy to bottom and use all travel. In dynamic/responsive is harder to achieve all travel.
Did you perform this same measurement in sensitive setting as comparison? What were the results?
Does anyone have a picture of what the clash looks like with the rear shock rotated so that the reservoir is closer to the seat tube? Trying to figure out what it looks like mounting a water bottle inside my front triangle
Does anyone have a picture of what the clash looks like with the rear shock rotated so that the reservoir is closer to the seat tube? Trying to figure out what it looks like mounting a water bottle inside my front triangle
Does anyone have a picture of what the clash looks like with the rear shock rotated so that the reservoir is closer to the seat tube? Trying to figure out what it looks like mounting a water bottle inside my front triangle
Awesome, thanks alot! Looks like I will be doing this
Anyone thought about/tried to up the rear shock to 240x75 from 230x65 to increase the rear travel? Currently running the new school mullet 27.5/26 and thinking I could negate the slackness and add a little more travel as a bonus.