Optimus Prime
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because they rev the engine to it's maximum revs repeatedly.
Unless you drive like a complete helmet, your engine shouldn't ever get to it's maximum revs during normal driving.
If the engine is revving far faster than normal then it seems fairly logical to me at least that the belt will also be rotating faster than normal, and therefore flexing from straight to curved round pulley and back to straight again and then curved round pulley and so on much faster than normal, with a higher drag co-efficient from the components being driven by the belt. Due to the higher stresses imposed on the belt by all of these factors, it would be more likely to snap at this time.
probably.
Unless you drive like a complete helmet, your engine shouldn't ever get to it's maximum revs during normal driving.
If the engine is revving far faster than normal then it seems fairly logical to me at least that the belt will also be rotating faster than normal, and therefore flexing from straight to curved round pulley and back to straight again and then curved round pulley and so on much faster than normal, with a higher drag co-efficient from the components being driven by the belt. Due to the higher stresses imposed on the belt by all of these factors, it would be more likely to snap at this time.
probably.