I know what you are saying, and I think I was going fast, definitely much faster than on my hardtail due to geometry diffrences mostly though. I only cycled through about 1 inch of suspension, even on drops and stuff WITH correct sag.
I know what you are saying, and I think I was going fast, definitely much faster than on my hardtail due to geometry diffrences mostly though. I only cycled through about 1 inch of suspension, even on drops and stuff WITH correct sag.
Not trying to be rude, but, how do you know how much travel you used?
I know what you are saying, and I think I was going fast, definitely much faster than on my hardtail due to geometry diffrences mostly though. I only cycled through about 1 inch of suspension, even on drops and stuff WITH correct sag.
How do you know How much travel you used?
Metal's got a point, especially for the back end, which is the one Trek designed.
If you don't have any experience on long-travel in general, and DH rigs in particular, then you won't really be able to know what to look for, how the performance is actually doing, and be able compare it to anything else.
I'm looking for Hill to rip it up again this year, and although he won't win Worlds on the crappy Canberra track, I tip him for the Overall this year.
Rear wheel travel, stroke of shock compressed (o-ring) x the average leverage ratio, we guessed it at a little less of .5 inches of shock stroke compressed, at about 2.8, which is less than 1.4inches
With a 88's leverage ratio, the first inch on the shock stroke would likely be around 3.5" of travel. And if it was set up with the right sag, then something else was very very wrong with it.
edit: then it WAS NOT set up with proper sag, or anything else close to it. On an 8" bike there should be at least 2 inches of say anyways.
Rear wheel travel, stroke of shock compressed (o-ring) x the average leverage ratio, we guessed it at a little less of .5 inches of shock stroke compressed, at about 2.8, which is less than 1.4inches