Re: Engine droppped?????? Pics included
I can see where your coming from with your analysis on the subject due to professional experience....
But since this problem is common even after replacing the bolts obviously someone somewhere miscalculated the stress that these bolts go under after a certain amount of time. They assumed that the engine will be running 100% fine.
But in your 2 descriptions you proved my point why to replace these bolts:
1. your talking about clamping force and stripping the threads. If you replace the bolt with a properly torqued bolt and maybe use a mild grade lock tight this will hold up just as well. When I was talking about over torquing a little bit I am thinking 5 ft/lb extra than the recommended amount. I would rather feel secure knowing that this snapping problem was resolved with a better situation than just replacing it with something that is a well known problem.
2. heat and vibration... once again, they assumed that these bolts will not go under any stress. a torque to yield isn't exactly that strong of a bolt.
From a mechanic stand point, we fix issues with a jimmy rigged set up and guess what... they become tsb's for screw ups that the mechanic engineers did. My point is just because someone said that this should be used doesn't mean that there isn't a different solution
I can see where your coming from with your analysis on the subject due to professional experience....
But since this problem is common even after replacing the bolts obviously someone somewhere miscalculated the stress that these bolts go under after a certain amount of time. They assumed that the engine will be running 100% fine.
But in your 2 descriptions you proved my point why to replace these bolts:
1. your talking about clamping force and stripping the threads. If you replace the bolt with a properly torqued bolt and maybe use a mild grade lock tight this will hold up just as well. When I was talking about over torquing a little bit I am thinking 5 ft/lb extra than the recommended amount. I would rather feel secure knowing that this snapping problem was resolved with a better situation than just replacing it with something that is a well known problem.
2. heat and vibration... once again, they assumed that these bolts will not go under any stress. a torque to yield isn't exactly that strong of a bolt.
From a mechanic stand point, we fix issues with a jimmy rigged set up and guess what... they become tsb's for screw ups that the mechanic engineers did. My point is just because someone said that this should be used doesn't mean that there isn't a different solution
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