Engine removal
Engine lift had extendable feet and used an engine leveler for angling the engine & transmission to clear the radiator support.
Joe
There is a post of mine ,but I can't find it now....
Jack
The Best of Corvette for Corvette Enthusiasts
100%. Mark the position of the yoke so it goes back on the same way.Pulling the engine and leaving the transmission is one thing....trying to get the manual transmission to go into the clutch when putting it back in is something entirely DIFFERENT....which is why I always pull the engine and transmission together.
I use an engine tilter also....and use a chain fall also....so I can move the car backwards when the engine/transmission is coming up and out. I have not used a cherry picker in so long....I can not tell you how to do it....because the few times I did over 20 years ago....it was really hard due to the lower control arms kept me from getting the cheery picker in at the front due to the boom needing to be extended so much.
DUB
Tom
Jack

Nice pictures Jackfit. The small floor jack supports the transmission. I like it. How did you get the spline to line up when re-installing? With the heads and intake off on mine, where do I attach the chain harness?

Nice pictures Jackfit. The small floor jack supports the transmission. I like it. How did you get the spline to line up when re-installing? With the heads and intake off on mine, where do I attach the chain harness?
Use the any holes in block that will give you balance..should not be too heavy without heads ,,use good bolts that you put in block for hoist...don't want too damage block holes
Jack







Nice pictures Jackfit. The small floor jack supports the transmission. I like it. How did you get the spline to line up when re-installing? With the heads and intake off on mine, where do I attach the chain harness?
Second trick, most important now, put it back in one piece.
True friends will cancel a date with a good looking girl, skip the local high school football game, and come crawl under a car with you to help install a transmission.
You have acquaintances.
100%. 1. Mark the position of the yoke so it goes back on the same way.Pulling the engine and leaving the transmission is one thing....2. trying to get the manual transmission to go into the clutch when putting it back in is something entirely DIFFERENT....which is why I always pull the engine and transmission together.
I use an engine tilter also....and use a chain fall also....so I can move the car backwards when the engine/transmission is coming up and out. I have not used a cherry picker in so long....I can not tell you how to do it....because the few times I did over 20 years ago....it was really 3. hard due to the lower control arms kept me from getting the cheery picker in at the front due to the boom needing to be extended so much.
DUB
2. Silly boy, this is EASY!
Get four 1/2 inch bolts, two 4 inches long, two 6 inches long.
Cut the heads off of them, cut a slot in the end for a screwdriver, and polish on a wire wheel the threads so they turn in and out of the bellhousing super easy.
Drop the engine in (or the engine is already in). Bellhousing is on the engine.
Have the transmission in place over the crossmember ready to go in the bellhousing. Have the two long studs in the lower holes. Use them to bear the weight of the transmission so it slides instead of sliding the input shaft on the clutch disk. This helps you keep from knocking the throwout bearing out of the fork.
Slide the transmission in as far as you can go or until the studs begin to hit the transmission. Change the long studs out for the short ones.
Slide the transmission in until it stops. DO NOT FORCE IT. It most likely will be 1 inch from being flush with the bellhousing.
Clutch linkage must be connected.
Have someone step on the clutch, and the transmission will slide right in. What holds it out is the misalignment of the input shaft and the pilot bushing. Most alignment tools still miss unless you are using an old input shaft.
(if you have arms like a bear, you can just grab the fork and pull it backwards to release the disk.)
CAUTION: The transmission MUST be in as far as it will go, leaving at most a 1 inch gap. If you are out too far, the disk will fall since the input shaft isn't in it to hold it up.
Remove the small studs, put in your bolts, and finish putting on the linkages and all.
3. This is where I loved my pit and chain hoist. As you lift with the chain hoist, if anything caught, you could get under in the pit and disconnect those things you find you missed.
I supposed you could do it with a lift, too, but then it is hard to get up in the air next to the car for guiding the engine up and out.

Nice pictures Jackfit. The small floor jack supports the transmission. I like it. How did you get the spline to line up when re-installing? With the heads and intake off on mine, where do I attach the chain harness?
WHAT?????
Why did you pull the engine? You could have dropped the pan, removed the rear main cap, and changed the seal. I would have slid new bearings in at that point since I have a phobia of retorquing old bearings. It is a notion about the crush factor on bearings which used to be mentioned by bearing manufacturers but no one pays attention to today.
Easier on a lift or over a pit than on the floor on jack stands, but still , a lot easier than removing the engine.
Last edited by Procrastination Racing; Nov 17, 2014 at 09:36 PM.
Second trick, most important now, put it back in one piece.
True friends will cancel a date with a good looking girl, skip the local high school football game, and come crawl under a car with you to help install a transmission.
You have acquaintances.
1. A very good idea. Most get a vibration they can't find and it can be from changing the orientation of the yoke and driveshaft.
2. Silly boy, this is EASY!
Get four 1/2 inch bolts, two 4 inches long, two 6 inches long.
Cut the heads off of them, cut a slot in the end for a screwdriver, and polish on a wire wheel the threads so they turn in and out of the bellhousing super easy.
Drop the engine in (or the engine is already in). Bellhousing is on the engine.
Have the transmission in place over the crossmember ready to go in the bellhousing. Have the two long studs in the lower holes. Use them to bear the weight of the transmission so it slides instead of sliding the input shaft on the clutch disk. This helps you keep from knocking the throwout bearing out of the fork.
Slide the transmission in as far as you can go or until the studs begin to hit the transmission. Change the long studs out for the short ones.
Slide the transmission in until it stops. DO NOT FORCE IT. It most likely will be 1 inch from being flush with the bellhousing.
Clutch linkage must be connected.
Have someone step on the clutch, and the transmission will slide right in. What holds it out is the misalignment of the input shaft and the pilot bushing. Most alignment tools still miss unless you are using an old input shaft.
(if you have arms like a bear, you can just grab the fork and pull it backwards to release the disk.)
CAUTION: The transmission MUST be in as far as it will go, leaving at most a 1 inch gap. If you are out too far, the disk will fall since the input shaft isn't in it to hold it up.
Remove the small studs, put in your bolts, and finish putting on the linkages and all.
3. This is where I loved my pit and chain hoist. As you lift with the chain hoist, if anything caught, you could get under in the pit and disconnect those things you find you missed.
I supposed you could do it with a lift, too, but then it is hard to get up in the air next to the car for guiding the engine up and out.
WHAT?????
Why did you pull the engine? You could have dropped the pan, removed the rear main cap, and changed the seal. I would have slid new bearings in at that point since I have a phobia of retorquing old bearings. It is a notion about the crush factor on bearings which used to be mentioned by bearing manufacturers but no one pays attention to today.
Easier on a lift or over a pit than on the floor on jack stands, but still , a lot easier than removing the engine.



















