Day One
As my new (9,000 mile) engine ate its lifters, and the cam is already a regrind, I've decided to take extreme measures and replace it all with a roller camshaft. It's an expensive way to go at roughly double the price of replacing a standard cam, but it should give a slight performance boost and last much longer. Parts to be replaced are cam, lifters, push rods, springs and retainers.
I'm also going to address a significant oil leak at the rear of the engine which I suspect is the lip seal conversion I so carefully installed. Something must have gone wrong, unless it's the rear oil galley plug leaking which would be far easier to remedy.
Step one is to remove the engine. Actually it's step two, but I forgot step one which is to do a compression test before pulling it all apart, just for info. I decided to pull the engine alone since I find it easier than crawling under the car to remove the drive shaft and dealing with the nearly inaccessible gearbox mounts. I may pull the gearbox also, not sure yet.
Since I forgot to do a compression test, I ran a leak down test instead. To my delight, this engine averaged only 3% leakage. One of my concerns is valve to piston clearance because I'm running high compression pistons which stick WAY above the block. To make measuring the new setup easier, I've measured the current setup with a dial indicator on top of both intake and exhaust valves, and then rotated the engine until they opened fully.
I've lost my 8x1 bolts to attach the engine to my stand so I'll be working on the floor and using a hoist while removing the oil pan, at least until I can order a replacement set of bolts. Tomorrow the head comes off and gets disassembled, followed by the oil pan and timing cover. I'd like to tip the engine on its rear to look for leaks but on an XPAG engine you can't remove the flywheel until the oil pan is off.
![Rolling Eyes :roll:](./images/smilies/icon_rolleyes.gif)