New EBL for tbi 60 (TBI 350 build)

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this cam software is crazy. I might not get any more work done today. So far the XE268H looks great.... or I could give up a few ponies and save some money and go with the 268H. The 268h is right at the safe limit for the vortec heads. The torque still looks great too.
 
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No problem..... Its fun for me :D

It's all pretty easy actually & its nice to be able to take advantage of all of the cheap small block performance parts.

Cam choice is a real hard thing to nail down. I like alot of lift with a medium duration for low end, but if you have a doubler then low end is not as important. I think when you get your stuff together you will be surprised how much more driveable the engine is.

This guy used a summit cam on his vortec heads and had good results.

What is your compression going to be with the vortecs (64cc I think?)?
 
Unfortunately, its going to out of 87 range. Not the end of the world for me to run Super since I dont drive it much.

I'll know more when I pull the heads and see if the pistons are dished or not. If they are dished I should be in the 9.5ish range from what I've read.

I've been following that thread on thirdgen too. That thing seems to be a monster... the peel out vids he recently took are sweet... but I'm easy to entertain.
 
@ 9.6:1 I'm running premium right now as it seems to knock less. maybe once my tune is better I'll be able to run 87. When the difference is less than 10% for premium, I don't worry too much.

If I wasn't locked, I could light my tires like that too. It's much more difficult to light 36's with a detroit. I'll have me a cool vid soon :D
 
Cant wait to see the vids of it... I dont have a prayer lighting up my 40's, probably for the best though. :)

Just ordered this:

COMP Cams SK12-210-2 - COMP Cams High Energy Cam and Lifter Kits - summitracing.com

and

COMP Cams 7812-16 - COMP Cams High Energy Pushrods - summitracing.com

I cant see paying $300+ to go the beehive route at least on this build... I think this is a good medium ground for my motor. I also have to remember that I will be still running toy junk under there for awhile. The comp cam calculator has the motor at 360hp and 410ftlbs. :). I can live with that. :D
 
some more junk showed up...

IMG_3004.jpg
 
So I had some time tonight so decided to start pulling apart my th400 to swap the output shafts. I bought a later model th400 with a round bolt 205. To make everything work for a 203/205 I had to get the right output and adapter. I'll still have to swap the input on the 205 but that'll be another thread. Anyway... I found a good thread on pirate to follow along on and went for it:

removed the pump bolts:

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I reached up with the back of my ratchet and ever so gently popped out the pump:

020.jpg


next I pulled the pan:

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which exposed the valve body:

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and the roller thingamagig:

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speedo:

006.jpg


then pulled the valve body... the suggested way was to do them evenly:

009.jpg


this was in one of the valve body tubes:

011.jpg


valve body on the table:

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and what's underneath:

013.jpg


lots of little paths and steel balls:

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removed the servo:

018.jpg


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more pics to come:
 
now it got interesting... I tried to pull everything out in chunks.

First was the foward clutch which came out pretty easy:

021.jpg


and out

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and then the direct clutch. it was also pretty easy to remove:

023.jpg


I forgot to take a picture of removing the band but basically there is just a little pin to move and then it come straight out...

then the intermediate clutch. Kinda tough to see but there is a snap ring that you have to move past the little stops:

026.jpg


then the biggest pain... the center support snap ring.

027.jpg


but I won:

028.jpg


then I took the planetary out and removed the snap ring and switched the shafts:

planetay with the long shaft

029.jpg


the guy on pirate clamped down to remove the snap ring so I did the same thing:

031.jpg


the two shafts compared:

032.jpg


new shaft installed:

034.jpg


the mess:

036.jpg
 
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