So upon much closer inspection its been confirmed that the AAN DMF did NOT blow up and cause the layer of gear oil present in the bellhousing...
Here are some pics in the exact order that tell the true story...




Dirty
[youtube]http://www.youtube.com/watch?v=8I0SY4EAA_E[/youtube]
Clean
[youtube]http://www.youtube.com/watch?v=TLbSYhCfRX0[/youtube]



The verdict:
1st - Pilot bearing failure - Causing an uncontrolled/unbalanced shaft movement
2nd - Input Shaft Transmission Seal - Took the abuse of these vibrations by absorbing the energy causing accelerated wear and premature failure causing,
3rd - Gear Oil - to spread through out the housing and into the friction surfaces
So what I'm left with in the end is:
1) An oil saturated disc with good life in it , (could be cleaned up and easily brought back to life, Feramic benefit #1)
2) A Pressure Plate that's a bit uneven from all the slippage that's it endured, (not sure if any shop resurfaces Pressure plates)
3) A Stock DMF flywheel that seemed to deal better with it than the PP did... (it could be resurfaced, reused with a new pilot bearing)
4) A throwout bearing that has indented pressure plate "finger marks"
5) Bad input shaft seal.
The next setup will just basically remove the DMF and hopefully make the overall system more reliable and trouble free even though my existing setup was faultless given the circumstances & would without a doubt preform as expected under normal circumstances.
So expect my next kit to be an upgrade in reliability not so much in the power handling but now Carl has me researching failed sprung feramic discs popping their springs. NO sense in removing a failure prone DMF to get into a failure prone sprung disc
Matt's right, I be over thinking stuff, but hey when all I do is couple hours of work on it here and there, thinking about stuff is the only thing that bridges the gap to help motivate me to get back to it..
