How to put a lt1 crank hub back on?
95 Pontiac Formula- Stock engine with ATI Procharger, Moser 12 bolt w/4:30 gears, Rossler trans, Neil Chance 4000 stall, M/T ET streets, 10.914@ 121.90mph, 1.452 60ft. GMHTP November 2010 Feature Car. Check it out at:
https://www.motortrend.com/features/...ebird-formula/
http://www.youtube.com/watch?v=abZ1z...ature=youtu.be
But if you don't want to spend the $50 on it, you can try and find a Grade 8 threaded 7/16-20 rod, a few BIG THICK washers and a Grade 8 nut, and press it on that way. I chose the hub install tool and am glad I did.
I borrowed it so many times, I just went ahead and bought one LOL
It's essentially a threaded rod with a nice big nut and a thrust bearing.

Don't beat it with a hammer, you'll just ruin something.
I borrowed it so many times, I just went ahead and bought one LOL
It's essentially a threaded rod with a nice big nut and a thrust bearing.
Don't beat it with a hammer, you'll just ruin something.

Nice pic, too.
I put one in my tool box first time my friend and I ever pulled an engine. I won't date myself with how ago that was, either
http://members.***.net/gmarengo/Misc/Misc.htm
I borrowed it so many times, I just went ahead and bought one LOL
It's essentially a threaded rod with a nice big nut and a thrust bearing.

Don't beat it with a hammer, you'll just ruin something.
+1, that's what I did and it works great. Cheap tool that you can use over and over.
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Get a longer bolt, stack washers and pull it back on. Keep removing/adding washers as needed.
Finding a grade 8 7/16-20 threaded rod in a pinch isn't easy I found.
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http://shbox.com/ci/crank_sprocket.jpg
I don't think you will have any issues using a hammer to seat the crank sprocket or crank balancer. As long as you aren't pounding the **** out of it.
http://shbox.com/ci/crank_sprocket.jpg
I don't think you will have any issues using a hammer to seat the crank sprocket or crank balancer. As long as you aren't pounding the **** out of it.
The crank snout on the other hand is an extremely tight interference fit - pounding on it is not the correct way to do it. Your front main bearings will thank you for doing it correctly.
The crank snout on the other hand is an extremely tight interference fit - pounding on it is not the correct way to do it. Your front main bearings will thank you for doing it correctly.





