05-02-2009, 01:56 PM
<!--quoteo(post=67934:date=Mar 3 2009, 11:03 AM:name=flash)-->QUOTE (flash @ Mar 3 2009, 11:03 AM) <{POST_SNAPBACK}><!--quotec-->yeah - seemed decent to me - then at least the guy can have the kits ready for everybody - apparently welding doesn't last long (crappy metal), and so the repair kit makes a lot of sense<!--QuoteEnd--><!--QuoteEEnd-->
What is the latest on this activity? I have a broken passenger side main bow and am about to start interior renovation. It would be great to have a repair solution in hand soon.
Also, I am curious about why manual mode operation eliminates the breakage problem. One prevailing opinion about why the breakage occurs seems to be that the 'motors are out of sync' thereby inducing a twist or tortion on the frame assembly. That's interesting because it seems to me that manual operation really applies a lot of torque twist to the top. My top was already broken when I bought the car, so I do not have a reference for how the electric top worked, but when I lower it manually there is a lot of movement difference side-to-side while the top is going up and then down to the open resting position. Seems that imbalance would cause a lot of stress on one or both sides therefore increasing the likelyhood of a snapped main bow. Maybe in my case the inconsistency is caused by the broken bow; however, if that is the case then it is also a clear indication that the main bow is subjected to a lot of stress even when operated manually.
What is the latest on this activity? I have a broken passenger side main bow and am about to start interior renovation. It would be great to have a repair solution in hand soon.
Also, I am curious about why manual mode operation eliminates the breakage problem. One prevailing opinion about why the breakage occurs seems to be that the 'motors are out of sync' thereby inducing a twist or tortion on the frame assembly. That's interesting because it seems to me that manual operation really applies a lot of torque twist to the top. My top was already broken when I bought the car, so I do not have a reference for how the electric top worked, but when I lower it manually there is a lot of movement difference side-to-side while the top is going up and then down to the open resting position. Seems that imbalance would cause a lot of stress on one or both sides therefore increasing the likelyhood of a snapped main bow. Maybe in my case the inconsistency is caused by the broken bow; however, if that is the case then it is also a clear indication that the main bow is subjected to a lot of stress even when operated manually.

