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#13 (permalink) | |
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Veteran Member
Join Date: Oct 2011
Location: Philadelphia, PA
Posts: 683
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Quote:
How can a binding be good for carving but not for boxes and rails? You should think that out a bit more. On the scale from flexible to stiff, a more flexible binding is better for rails/boxes, an intermediate flex is better for jumps and a stiff binding is better for carving. The Prophecy, in the year that I purchased them, had some lateral flex (longitudinal on the board axis) but less flex than the Malavitas. It was also relatively stiff heel to toe, which is why it was a good carving binding, and also good for jumps, but didn't have the OPTIMUM flexibility for rails. If it makes you feel better you can replace "not so hot for boxes and rails" with "not optimum for boxes and rails." |
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#16 (permalink) |
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Member
Join Date: Oct 2012
Location: Atlanta, GA
Posts: 34
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I got the wife (5'11") a new (last seasons sale) setup this year, which included switching from 2010 Burton Lexa's (LG) to 2012 Cartels (SM)
I was really hoping that the Cartels would offer a higher and stiffer back to match the relative stiffness of the new board (2012 Rossignol Diva 156). Glad to hear all the positive comments about them! |
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#17 (permalink) | |
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Senior Member
Join Date: Jan 2012
Posts: 409
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Quote:
and yeah, there is 3% more torsional flex this year. I know, I know, 3% sounds silly but seriously, if I was making it up, don't you think I'd use a bigger number? |
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#18 (permalink) | |
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Senior Member
Join Date: Jul 2011
Posts: 488
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Quote:
Could be the high back though, I think it predates zero forward lean. I like a little forward lean though. |
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#19 (permalink) | |
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Member
Join Date: Oct 2012
Location: Atlanta, GA
Posts: 34
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Quote:
Unless, combined with other changes in re:flex or whatnot, the sum of the small changes would be somehow noticeable. I bet the margin of error for the stiffness of run of mass produced highback pieces is at least 1.5%. |
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#20 (permalink) | |
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Veteran Member
Join Date: Apr 2012
Posts: 1,150
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Quote:
The force required to break the highback? Which would be completely useless information... Or the force to deflect/twist the highback by a certain degree/extent? In that case how about a different degree/extent - I guarantee you it will not be 3% and could be 10% more or even 10% less. It is bad enough that the industry is trying to rate flex for boards and bindings on a single number scale, but at least those numbers can offer some guidance. Stating that a highback is 3% stiffer is just complete and utter lunacy and completely meaningless (as pointed out by others already, even the manufacturing tolerances are more than that). |
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