FOR SHO:
Ya dude you gotta look anyway. If your gonna drop the pan your self and look at em might as well. Theyre pretty cheap, 65 from napa?
NAPA stores vary. They're less than that from napaonline.com. I paid $44.94 for the six rod bearings + tax + $4.99 shipping. Actually I also ordered for my truck a main bearing set and rod bearings at the same time and it was the same $4.99 shipping on about $150 of parts. Later I had to buy just one $7.49 rod bearing for the SHO because somebody needed one. It was the same $4.99 shipping charge. Still, would have cost me that in gas to go order and pay for one and then to go and pick it up.
You'll need an oil pan gasket set, about $16-$17 also. And you might want to get a fresh tube of O2 sensor safe Ultra Black or Ultra Grey RTV. The small tubes that come with the oil pan gasket set are a joke. Also for the oil pick up tube just cut yourself a gasket from some bulk gasket material. I used some Felpro "Engine Seal" brand rubber fiber material part number 87010. It cost just a few dollars for a 12" X 20" X 1/32" roll and I feel a lot better about that stuff than using the graphite covered metal EGR gasket which would need to be carefully modified anyways to fit (careful as in don't knick the graphite coating too much when hogging out the holes).
You'll also want safety goggles (to keep oil out of your eyes! I had plenty drip into my eyes because I couldn't find my goggles! doh ), razor blades or better yet a dedicated razor gasket scraper tool to remove the old silicone from the block and pan. Solvent to clean the gasket sealing surfaces (don't forget to clean the block mating surfaces RIGHT before you install the pan because oil will continue to find its way down onto those surfaces). I used acetone. Some people like lacquer thinner. I like acetone. Brake cleaner also works great. You can get one gallon containers of lacquer thinner and acetone cheap at walmart. Make sure your bearing surfaces are clean before installation and smear the inside with a layer of engine assembly **** (try to keep the **** off of the bearing shell outsides!) You can also use STP oil treatment or something like lucas oil stabilizer if you get too lazy too find some real engine assembly ****. In a pinch use motor oil if nothing else.
Let's see what other little tricks to keep in mind? When installing the oil pan gasket ends into the block you will need to hold them up with something. You can use a few thin dabs of RTV but it's kind of tricky and messy that way. Better would be to use some kind of adhesive spray like permatex copper gasket spray. Don't overtorque your oil pickup tube nuts! The Helms manual reversed the specs for the oil pickup tube to pump nuts and the oil pickup tube hold down bolt. IIRC Scott here had good luck putting the RTV on the block instead of the oilpan. That would definately make it easier to prevent the silicone bead getting mussed up while maneuvering the pan. I was going to try it that way but it seemed awkward to me. Instead I just did several practice runs fitting the oil pan to the block dry, then cleaned up the pan surfaces with solvent yet again, then applied the silicone, then (IMPORTANT!!) cleaned the oil that drips down from the block onto block sealing surface with acetone RIGHT before finally installing the pan. RTV likes to seal perfectly clean surfaces. It DOESN'T like oil getting in between. Even after sitting for days oil will continue to drain from the block. The key is to (try) to work fast and have those surfaces clean. Some people have had oil pan leaks after replacing the pan. I don't think Scott has having gone the RTV applied to the block route. I haven't heard Doug complain about his pan leaking when I did it via the RTV to the pan route. The key probably being some care, cleanliness, and speed (well, I *tried* to work fast after spreading the RTV, lol!) oh, and good surface prep too of course. I know some guys who have had leaks using RTV and they tried using regular permatex gasket maker on other oil pans with no leaks. In the end whatever works is what matters.