It was my fault, I made an assumption. Plus I am a noob. All the trouble signs were there. I did not want to believe it.
The kid I bought the car from said that there was nothing wrong with the engine. He had just sold the parts off of it to get some money for a Kenny Brown SC. The Cobra Upper intake was missing, but the lower was there. So it sounded right.
When I got it in the shop, I noticed the lower intake did not have any bolts in it. I called the kid and he said that at the end he was thinking of putting a Trick Flow intake on the car and had lifted the lower intake and I would need to replace the gaskets. So I started at the lower intake take cleaned, painted, powder coated and assembled all the 'missing parts'.
But a compression test had my number all over the place.
Cyl1: 185 psi
Cyl2: 30 psi
Cyl3: 60 psi
Cyl4: 135 psi
Cyl5: 165 psi
Cyl6: 0? psi
Cyl7 and 8: Why bother.
I was told that since the engine was sitting dry for 3 years that a little oil in the cylinder and running ring hone and light surface rust. So I was going to try it. The squirt of oil in 2,3 and 6 gained me 30-40 psi.
I was then changing the oil, I first got about 2-3 inches of antifreeze, then nice new oil draining out. I told myself that when the intake had been lifted, it drained antifreeze into the pan. At the time I did not know that emulsified oil would separate from the water after time. Also, there was not debris in the oil.
So I fired it up. And it idled. I little rough, but not bad, except for the tapping in the video I posted. I got excited and started reviewing the MD State Insp. check list. I need to repair one tag light and replace a dash light. I was ready. But the tapping was still there. It would not go away after the car warmed up. I was hoping it was a collapsed lifter that would pump up.
Then I pulled the dip stick and saw the chocolate milkshake.
As soon as I get my E-Torx sockets back I will remove the power steering bracket from the head and check the head gasket out. But when I removed the head bolts, the first and last bolt were tight. But the three in the middle needed almost no force to break free. I don't know if the kid before me had removed them, or if I have blown the gasket material completely out and relieved any forces on the head bolts and the bolts came right out...
That slop in the valley is not bearings or metal. It is chunks of gaskets. It did not have that in the engine when I first changed the oil, so it is something I did. When the head comes off, I would bet the most of the head gasket is now in little bits floating all around the engine. I never though to check the torque on the head bolts. 'Torque to yield, just leave them alone', so I thought. This is why I only mess with my cars, I don't have the experience to subject this to someone else's car.
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