Carbon fiber allows for a higher degree of precision when laying and molding complex frame shapes, as well as having the potential to be lighter and stiffer. Properly used high-end carbon fiber also tends to have a higher impact resistance before failing than aluminum.
the frames seem like the future on the other hand ive seem loads of smashed/cracked carbon forks thou people i know broke/cracked they carbon handle bars after a accident in to some rocks
the frames seem like the future on the other hand ive seem loads of smashed/cracked carbon forks thou people i know broke/cracked they carbon handle bars after a accident in to some rocks
You see this is what's confusing me, Santa Cruz done a test on a aluminium Nomad and a carbon one the aluminium one took about 1400lb to break the Carbon Nomad took 2600lb, I asked my LBS and they told me if your buying carbon only buy high end ones and he told me Santa Cruz don't make shot frames so that's why I decided to go with carbon.
the frames seem like the future on the other hand ive seem loads of smashed/cracked carbon forks thou people i know broke/cracked they carbon handle bars after a accident in to some rocks
You see this is what's confusing me, Santa Cruz done a test on a aluminium Nomad and a carbon one the aluminium one took about 1400lb to break the Carbon Nomad took 2600lb, I asked my LBS and they told me if your buying carbon only buy high end ones and he told me Santa Cruz don't make *shit* frames so that's why I decided to go with carbon.
the frames seem like the future on the other hand ive seem loads of smashed/cracked carbon forks thou people i know broke/cracked they carbon handle bars after a accident in to some rocks
You see this is what's confusing me, Santa Cruz done a test on a aluminium Nomad and a carbon one the aluminium one took about 1400lb to break the Carbon Nomad took 2600lb, I asked my LBS and they told me if your buying carbon only buy high end ones and he told me Santa Cruz don't make shot frames so that's why I decided to go with carbon.
That's because low-end carbon that is just thrown together willy-nilly, while it may look cool, is no where near as strong, stiff or light as higher-end carbon that is properly put together. Trek does demonstrations between normal road-layup carbon frames and their mountain OCLV frames and it's a good demonstration of how much strength, weight, stiffness, etc., can vary depending on the actual quality of carbon fiber and the process.