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Are Carbon frames strong enough....?
Are carbon frames strong enough for big jumps and drops. I have a Demo 8 and love it. I'd love to upgrade to an S-Works but not sure about strength of carbon frames. I am a big guy. I am 215 lbs and 6'.1". I go big on my bike and only going bigger everyday. I'm not a down hill guy. I'm more about big drops, jumps and road gaps. Should I move up to carbon? Is it strong enough?
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Would go with yes but a a cost; yes carbon fiber is plenty strong enough for just about any bike application, but for MTB's especially DH specific ones, we are still a long way from them coming in at sensible prices; looking at the Demo 8, you can get an 'i' model Specialized Bicycle Components for $100 more than the S-Works frame frame Specialized Bicycle Components.
If you have the money go for it. |
I will say their tests were impressive. However, at least with the first frontal test, there was sure a lot of popping with the CF frame at, and before 1400 lbs (failure for Al). Perhaps the idea was to simulate a single brief impact, rather than holding it with a continuous extremely high pressure, however, it might have failed at a lower pressure if the compression had been slower, or there had been repeated high pressures. Certainly it shows some advantage of flex with the CF over aluminum rigidity. |
Good carbon cost lots n lots of money....
I like the feedback of aluminum.. as in I can still afford to feed myself after I but an aluminum bike :P |
It will be strong enough. Most World Cup DH teams are on carbon frames now and the stresses put on a bike on WC courses at the speeds they go with stiff suspension tuning would more than equal whatever you can throw it one.
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Originally Posted by CliffordK
(Post 17380208)
Excellent demonstration of the proper use of safety glasses when pushing stuff to the breaking point!!!!
I will say their tests were impressive. However, at least with the first frontal test, there was sure a lot of popping with the CF frame at, and before 1400 lbs (failure for Al). Perhaps the idea was to simulate a single brief impact, rather than holding it with a continuous extremely high pressure, however, it might have failed at a lower pressure if the compression had been slower, or there had been repeated high pressures. Certainly it shows some advantage of flex with the CF over aluminum rigidity. |
Originally Posted by I <3 Robots
(Post 17384954)
Scary part of the cracking and popping is that you don't see it until it fails.
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