4FRNT Renegade ~ Hand built in SLC.
Perhaps I went full retard...I have always assumed that metal makes a ski more damp. Don't mean to step on any toes here. I have always thought VDS is for bonding characteristics and metal for 'damping'. Sorry Tuco.
Do you have a link to the Howard Head article. I am a geek when it comes to this stuff and would like to read about it.
4FRNT Renegade ~ Hand built in SLC.
Quote:
Originally Posted by
Mustonen
I don't think 110 vs 120 are the definitive variables here, chopped or rough.
I think you misunderstood. I prefer 105-110 for inbounds chop and powder. I prefer even narrower for rough variable conditions - 90ish. For chop, I do notice a big difference between 105-110 and 120+. The 120+ have a ton more ankle torque and are much more ski to work through the chop with. I'd much prefer to give up some float for a few untracked laps for better performance in tracked laps. 120+ for me is a (mostly) untracked all day sorta ski.
4FRNT Renegade ~ Hand built in SLC.
Quote:
Originally Posted by
Lindahl
I think you misunderstood. I prefer 105-110 for inbounds chop and powder. I prefer even narrower for rough variable conditions - 90ish. For chop, I do notice a big difference between 105-110 and 120+. The 120+ have a ton more ankle torque and are much more ski to work through the chop with. I'd much prefer to give up some float for a few untracked laps for better performance in tracked laps. 120+ for me is a (mostly) untracked all day sorta ski.
That's pretty cool, sport. You think maybe the Lindahl(p)=w105••w110(!w90) theorem makes the 2016 Renegades less damp, or more damp, than the 2015 model?
(What the fuck are you even talking about?)