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Oil pan remove/replace - Remove engine v in-vehicle


Electra63

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Thanks guys.  My odometer reads 06xxx so I'm assuming it has done about 106k from new.

I agree with Aaron's comment.  i.e. I'm not about the tear into the engine unless it stops running.  I plan to use it as a daily driver and to go to the office occasionally once I've got it running smoothly and am confident that I know what I'm dealing with. It's going to have a low stress life ! 🏖️ :)

I did compare the gauge I used with the one on my air compressor and they read very close to each other (within about 2 psi) so I assume its about right.

I was more concerned about the delta than the absolute value, as the pressure dropped quite a few psi when the oil warmed up.

I guess if I'm opening it up, taking the extra time to replace the oil pump for $180 is a good investment.

I think I'll call Matt at nailheadbuick/Centerville and order a pump

 

thanks

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@Aaron65

what I hope is the final question....!

When you replaced your oil pump did it come without the gear, like in this photo? Its a Melling M20G

I'm just wondering if a new gear could be needed (wear..).  Want to have all parts on hand in case of need...

Assuming you purchased something similar, I guess its easy to install the old gear on the new shaft?

Anyone experienced a pump with a gear that needed replacing?

 

thanks (again)

 

pump.png.9344354f13ceecbffd4bb681aa94328e.png

Edited by Electra63 (see edit history)
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On 4/22/2023 at 10:54 AM, Aaron65 said:

That is the mount I used.  It's not a straight up swap, because the original doesn't have the stud on the bottom.  The stud sits right between the two original holes on the crossmember, so I just cut a slot in between with an angle grinder.  I tried to drill out the back hole to give it more room, but it wasn't enough. 

I ran into an issue with the mount I bought - the thread on the stud is messed up and the thread size given on the website - 10mm - is not correct.  I'm pretty sure its 7/16-14

Anyway I found this mount (link) that is the same height (1.85") and the same format and has a bolt in place of the stud.  Other than that the size is the same.

I've ordered it for quick delivery, but if anyone has more info or advises against this new one please let me know

I'm assuming that provided it bolts into place and the height is 1.85" it should be OK?

 

https://www.amazon.com/gp/product/B0015RDL8A

 

Here are the dims given in the Q&A by the manufacturer

 

Overall Height = 1.85"
Lower slots (C-C) - 4.00"
Threaded Holes 1 & 3 (C-C = 1.50") (Thread = 7/16"-14G)
Threaded Hole 2 (Center Hole) = Thread = 7/16"-14G
Overall Length = 5.25"
Overall Width = 2.25"

 

 

Note added later:  This Amazon mount reference is Westar EM5000.  I believe a cross reference/equivalent is part reference Pioneer 623000 but please double check 

 

Edited by Electra63 (see edit history)
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@RivNut

Aaron65 mentioned that he thought it was you who suggested using the alternate transmission mount for a '78 Riviera 403

Was that you?  If so are you able to answer my question about an alternate trans mount?  I have a 63 with the Dynaflow twin turbine transmission.

It seems there are no exact replacements on the market - I could only find one sold by 'bestoffercounts'  and that is not a direct fit.  If the height from the one Aaron used (1.85") is the same as the original I'll probably go ahead and fit the one on the Amazon link I posted above

thanks !

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I had the trans mount in my 63 replaced sometime ago. I didn’t do it put if I remember correctly, the mount bolted to the bottom of the transmission just fine but a hole was drilled in the crossmember to allow for a stud on the bottom of the mount.  It was not a direct replacement.

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Ok thanks guys. I'll probably use the Amazon one if it looks good but I'm going to keep the advance auto parts one in my back pocket until after the job is completed just in case 

I'll report back on how this all goes to pass the info to others down the road 

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On 4/23/2023 at 6:35 AM, JohnD1956 said:

Read the manual. I believe that is well within range for an everyday driver, but cannot recall your cars milage. 

I couldn't find anything in the shop manual other than the 40psi at 1600 rpm mentioned by Aaron 

So I spoke to Russ today at Centerville and he said for a 63 engine at my mileage those pressures indicate a problem either with the oil pump or bearings.  He recommended removing a couple of the bearing covers on the bottom end and doing a visual.  I mentioned plastigage but he said first just look to see if any copper can be seen indicating worn bearings.

I'll probably take that advice while I have the pan off unless there is an obvious problem with the oil pump.  

Edited by Electra63 (see edit history)
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On 4/23/2023 at 12:46 AM, Electra63 said:

I checked the oil pressure today as suggested by Matt at nailhead Buick and it's low.  Matt said the engines need a full 40 psi.

When cold it read about 32 at idle and 35-36 at about 1200-1500 rpm. 

When it warmed up it was lower. About 32 at 1200 rpm and only about 25 at idle.

I did add a quart of Rislone about 2-3 weeks ago and driven it short distances since then. Could that have thinned the oil and cause lower oil pressure ?

... otherwise can anyone advise from their experience if this likely indicates a bad oil pump? 

If so I would prefer to have one available as a replacement just in case...

 

Thanks 

This oil pressure is more than adequate for idle and more.  They will idle on 3psi all day.  As long as you have 10psi per 1000 RPM, then you are fine.  It will not likely go over 40 psi, though.  Don't go looking for a problem that isn't there LOL

Warm idle oil pressure will drop because the oil is thinner at higher temps.

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Ok thanks for the reassurance and the supporting thumbs up!  

I guess the owners experience with these vehicles doesn't quite match with the pros advice on this point.

I'm eager to see the general condition of the bottom end & how much sludge etc once the pan is off. Planning to do the job this Friday 

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2 hours ago, Smartin said:

This oil pressure is more than adequate for idle and more.  They will idle on 3psi all day.  As long as you have 10psi per 1000 RPM, then you are fine.  It will not likely go over 40 psi, though.  Don't go looking for a problem that isn't there LOL

Warm idle oil pressure will drop because the oil is thinner at higher temps.

Hi. I just saw your forum profile and realized that I've watched your Buick Invicta oil pan video on YouTube a couple of times to educate myself. Thanks for that video - it's very informative 

 

Mark 

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I would definitely check the pump cover clearance while you have the pan off.  I wouldn't pull a bearing cap unless the pump looked pristine.  I suspect that resurfacing the pump cover will improve the pressure.

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5 hours ago, EmTee said:

I wouldn't pull a bearing cap unless the pump looked pristine. 

Thanks Emtee

I'm certainly reluctant to touch the bearing caps and as you suggested I'll be checking the pump first and replacing it if necessary 

 

 

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On 4/27/2023 at 12:53 PM, Electra63 said:

I'm certainly reluctant to touch the bearing caps

Sometimes you can "sound out" a bearing for excess clearance. When the pan is off you can hold a metal rod against the bearing cap, I like a 10" 1/2" drive socket extension. Hold it firmly to the cap and gingerly give it a rap with a light hammer. The loose ones will make a noticeable dull thud. There is a real quick learning curve on this.

 

I frequently mention the loss of bearing babblit material due to etching during long unplanned periods of storage. It can cause a half a thousandths of material to be wiped off when started upon recommissioning. Over the years a number of storage events will bite you. I have sounded out a few before they start making noise I can hear. Catch it early and you can get by slipping it new inserts.

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Thanks

I did the bulk of the work yesterday with my son.  Thank goodness for the help as he managed to contort himself to get into areas I couldn't imagine in order to get the motor mounts removed and replaced - especially on the passenger side where the alternator and other equipment made the access much harder.

Right now the pan is back on, leaving just the transmission mount to replace and drop the engine back onto it's new mounts.

I'll post a summary of the main points, findings etc in a couple of days. I'm very happy with how it has gone so far 

 

 

 

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On 4/25/2023 at 1:27 PM, Aaron65 said:

The specs look the same to me aside from the stud.  I just went to Advance Auto's website to find the specs on the 2360.

 

https://shop.advanceautoparts.com/p/anchor-2360-transmission-mount-rear-2360/5300088-P

Hey Aaron if you're online

What was your experience having installed the new mount?

Specifically

1. Did it improve any vibration that you had ?  Assume it didn't make it worse?  I have a vibration that sets in around 45mph which may be partly the mount and partly the driveline balance and angle which I'm going to address after this job. 

2.  Did you manage to get the drive line angle set correctly afterwards?  

 

The reason I'm asking is the old mount looks in ok shape but looks quite a lot shorter in height than the new one. However perhaps the old one was domed more originally and has collapsed?  

Since the old one doesn't look too bad I'm trying to decide whether to fit the new one or reinstall the old one ...

though I'm favoring installing the new

 

20230430_114239.jpg.b02049ae2a23fbda228d2f1b2a93c9be.jpg20230430_114149.jpg.84e7fd75b4942b74d2eabcf2d36b7620.jpg

Edited by Electra63 (see edit history)
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Update. I think I just answered my own question

Searching online I found a photo of an original 63 motor mount.. how did society and especially vintage vehicle owners ever get anything done prior to the internet? - 

Anyway my original mount has clearly sunk and should be more of a a domed shape.  So here we go with the new one. 

For the record the height difference (due to the sunk section) was over 1/2" .. perhaps 5/8"

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If you have any doubts about the mount, check your pinion angle before and after.  There are some pretty good electronic angle finders available these days for not much money.  I'm pretty sure I spent less than $40 on mine and it reads-out to tenths of a degree.

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It wouldn't surprise me if that original mount used to have a void in the center like the new one does.  The rubber probably decayed allowing the mount to collapse into what appears now as solid rubber.

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Thanks guys for your support and timely replies.

I agree that the original did have a void in the center when new which formed a dome, and that dome part seems to have collapsed in the middle/upper section.  I now believe the original height was nearer or equal to the 1.85" of the new one referenced by Aaron and the equivalent I found. 

The rubber on my original was not solid/completely hard but I'm 99% sure it collapsed based on photos I found online

I was happy to install the new/replacement one and drilling 2x holes to connect it to the support went well.

I ran into an issue with a motor mount bolt today that decided to just.... barely... not line up with the hole and that cost me over an hour to fix.  Grrr. It was one of those times where I had to take a break, eat something and think about an alternate course of action but it worked out in the end.

I have a bit more tidying up to do tomorrow before re-filling with oil and running it 👍😎

I'll post an run-down, probably tomorrow, with photos etc

 

thanks for following !

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So here comes the summary of the process I just completed (with assistance of my son).  It’s a bit of a long write-up so I’ve split it into a few posts.

Hope it helps others who are planning/considering this job, especially 62LeSabre who I know is watching this thread.

Adam (SMartin) at Antique Automotive Service has an excellent video on this job on a 59 Invicta  https://www.youtube.com/watch?v=7-Br7P5wWOY

 

Preparation:

- engine mounts: two connecting bolts removed from each side to allow engine to be lifted.  

- distributor cap removed to give additional room between cap and firewall/AC box.  I left the ignition cables connected and just moved it over a couple of inches once it was off (pic)

- retaining bolt removed from top of fan shroud (the bottom sits on 2x rubber mounts and just pulls up)

- also removed top radiator hose as it was preventing the fan shroud from moving upwards (pic).  No need to drain any coolant as it sits a bit higher than the coolant level in my car

- considered disconnecting exhaust at manifolds on both sides (I have dual exhaust) as the pipe was only about 3/4" below the frame - not much room to move, but this turned out to be unnecessary (we only lifted the engine about 2-3" and made the exhaust the limiting factor in the lift height.  Due to the geometry the exhaust lifts less than the front of the engine)

- drained the engine oil

-  removed the two bolts holding the transmission mount onto the bottom support rail.  Note:  The transmission didn't move at all during the work, but if I did the work again I'd  probably just loosen them at this stage and perhaps leave them in the holes, in order to be sure nothing moves out of position.

- dropped centerlink by unbolting idler arm from frame and pulling pitman arm off. 

 

20230430_173417.jpg.d5264273ffe69657e2d72e1549042d5a.jpg

20230428_125646.jpg.80c1eb46668bc424243fea24e523bd2b.jpg

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Lifting the engine:

Aided by my son we placed a piece of 2x8 wood under the oil pan.  Chose a large piece of wood so it pretty much covered the whole underneath of the pan to spread the load as much as possible. Jacked the engine up slowly, watching all around for any issues.

The driver side motor mount fell apart and the rubber could be pulled out at this point.  The passenger side didn't.

Placed a piece of 2x4 wood cut to the size of the rubber mount and put it between the mount plates on the driver side (pic).  Note: if you are planning to replace the mounts,  be sure that the wood is not cut too big so you have clearance to get a socket/wrench onto the 4x motor mount bolts that attach the mount to the engine

On the passenger side because there was still the rubber attached inside the mount we cut up 2 pieces of thinner wood fit/jam into the gap.

20230428_185717.jpg.1c4a47b33852f75cb5d76a79b6515ece.jpg

We then removed the jack so we could go to work on removing the oil pan.

Removed the multiple bolts from the pan.  They were barely hand  tight (max 5-6 ft lbs I would guess) and could probably have done with cinching up in order to reduce the oil leaks had we not been removing the pan

The pan didn’t drop off at first and I gave it a couple of (careful) sideways blows with a rubber mallet.  It didn’t move at first and we were considering prying it but after a couple more blows on the back corners it broke away and my son held it while I helped guide it back over the frame cross member avoiding the bottom of the crankshaft and the oil pickup tube from the oil pump.

At this point I was keen to see if I had any issue with the oil pump.  I had heard that the idler shaft can slide up and touch the crank.  I immediately saw two rub marks on the balance weight at the back of the crank (pic) so I put my finger on top of the oil pump where the idler shaft sits and sure enough I could feel it was sticking up proud of the top surface of the pump.  Thankfully I had purchased a pump to be ready for this scenario so I removed the two mounting bolts and took the pump out.  See pics of the old v new pump with the idler shaft sticking out of the top of the old/original one.

image.jpeg.cc7a751586480a6e649718d4f5e82501.jpeg

image.jpeg.6438a70776ef2a17f65073bf53964d10.jpeg

 

 

image.jpeg.1334a0eff0f9c87573a51e74f9c19d55.jpeg

 

 

We then inspected the silt in the bottom of the pan.  There were no significantly big pieces (i.e pieces of piston/piston rings etc) except one very thin metallic flake about 1/8” square.  I dragged a magnet through the sludge and it came out ‘hairy’, covered with fine steel particles which had possibly been in there for the life of the engine.  I plan to send an oil sample to a lab that my son recently used just to see what comes back.

Overall I was happy to see the engine had no cracked or broken piston skirts and everything looked OK (at least to our amateur eyes).  I was thankful to have found the oil pump issue as I had a ticking/clinking noise from the lower rear of the engine which I now think was related to the balance weight touching the oil pump idler shaft.  I may re-check the oil pressure now the new pump is in IF I’m really bored one day and feel like struggling behind the back end of the engine to fit a pressure gauge again.

Then came the ‘extremely not fun’ part of cleaning the underside surface of the engine and the mating surface of the pan.  This took a long time with plenty of elbow grease, scraping, spraying brake cleaner and rubbing with Scotchbrite.  While I cleaned up the underside of the engine my son scraped about 45lb of oily road grime off the outside of the pan (pic of a SMALL pile of it).

 

image.jpeg.46e85450dd27d48c18551c330eccbe25.jpeg

 

 

I then started work on cleaning the mating surface of the pan.  When I felt like giving up and saying ‘that’s good enough’ my son reminded me that because he didn’t get it meticulously clean the first time on his 1999 Lexus GS400 he had the miserable job of re-doing it a second time.  That was enough motivation for me to keep going and make sure all previous sealant was off and the surface 100% degreased.

 

....

 

 

 

 

 

Edited by Electra63 (see edit history)
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Replacing Motor Mounts

We then realized that we couldn’t replace the motor mounts with the oil pan off, as we needed to jack the engine up again off its wooden chocks.  My son was on limited time so it needed to be done that day…..  So we put the cleaned pan back on with 2/3 of the bolts to hold it in place and jacked the engine off its wooden chocks again with the 2x8 wood between jack and oil pan.

Then came a lot of contorting to get the (2x4=8) bolts out of the motor mounts and back in with the new ones.  Thankfully my son was there to help otherwise I don’t know that I’d have been able to remove and replace the passenger side mount due to all the stuff making the access very difficult.

After quite some time we got them both changed and then put some thinner wood under both new mounts to continue to hold the engine up high enough to remove the pan again to prep for final fitment.

 

Final Fitment of the Oil Pan

Assembled suction tube onto pump and fitted the new oil pump in position

Re-cleaned the pan surface with brake cleaner and a rag. 

My son applied the Permatex RTV Ultra Black into the grooves on the pan surface (pic).  I relied on his previous experience !

 

20230428_180157.jpg.3a7b6e2f751b9754b04db62ac8f17b30.jpg

 

20230428_212823.jpg.bc4233e5548e0043dabcbbe2f75e9dc7.jpg

 

There are also circular grooves around each bolt hole which are important to apply sealer so oil doesn’t leak down the threads.  We didn’t want to over apply, so after a discussion we only put sealant on the pan surface under the gasket and not between the gasket and the engine.  Two reasons:  1. Sealant on both sides can cause the gasket to slide around and also squish too much sealant out when tightening the pan.  2.  If you have to take the pan off again, scraping sealant from under the engine is a huge pain.

We placed the (Victor Reinz) gasket on the sealant on the pan mating surface and pressed it lightly down all the way around (pic). 

 

image.jpeg.41f109aa86d9451795e9ac57765978b2.jpeg

 

Then we lifted the pan into place and bolted it hand tight.  The RTV instructions say to leave it an hour.  It was tempting to cut this short as it was already 9:30pm but we waited the full hour and then torqued it to spec (we went to about 8-10 ftlb)

I then didn’t touch the pan or fill with oil for 24 hours per the instructions.

That was it for that day.

Edited by Electra63 (see edit history)
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Replacing Transmission mount

The next day while the RTV was doing its 24 hour cure I went to work on the transmission mount replacement.

-          I had already removed the 2x bolts holding the mount to the bottom support cross-member.

-         Placed jack under transmission pan with the 2x8 wood to support the transmission

-          After removing the support cross-member (some of the bolts are difficult to access) I removed the two bolts holding the mount to the transmission.

-          Upon inspecting the mount I had a ‘review moment’ on whether the new one (see earlier discussions) was close enough to the original.

-          I went with the Westar EM5000 which is similar to the Anchor 2360 used by Aaron65 but has 3x threaded holes instead of the stud.  I believe the important specs on the mount are the overall height (1.85” apparently) and the mounting holes to the transmission which are 4” centers

-          I re-used the original bolts and drilled the support to accept bolts in the outer two of the three holes in the mount.  I drilled them slightly oversize to allow wiggle room. 

I posted pics of the two mounts plus pics of the old one v the new.  Looks like the old/original one had collapsed/sunk by about 1/2” to 5/8”.

 

Anchor (with stud) v Westar (with holes):

 

20230426_171144.jpg.857c5355a3610ca09eff30c4a53c8064.jpg20230426_171248.jpg.63fb009ab7aa1cdef9d9e8d1a08593fe.jpg

 

 

20230430_132230.jpg.cde954e70776a84147a195ad5cf02ce3.jpg

 

20230430_114239.jpg.60a6eaa4c7f94d283f61452a4871fc81.jpg20230430_114149.jpg.a8162cf48b7f4ca8430e12dc647b2e78.jpg

 

20230430_114648.jpg.4b916201318ed69435e308ef14680da0.jpg

 

20230430_133014.jpg.dedebc90816f88124a82ec036d35ec50.jpg

-          The shop manual says to secure the transmission before finally tightening the motor mounts so I drilled the support cross member for the two holes in the new mount.

-          It all went back in nicely (pic) and, as mentioned earlier, the transmission hadn’t moved (I previously confirmed this by checking the hole alignment between the original mount and cross member holes before removing the cross member).

 

20230430_144021.jpg.2d1c469e292084449c528253332c16fe.jpg

-          By this time the RTV had cured so it was time to set the engine back onto its mounts.

Edited by Electra63 (see edit history)
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Final setting of engine back in position

-          Put jack/wood back under the oil pan & lifted engine slightly off the wood chocks in the mounts

-          Removed wood chocks

-          Let engine down onto new mounts

-          Unfortunately of the 4 final bolts that hold the mounts together, one hole was just BARELY off and the bolt wouldn’t start.  It took me some time to finagle it but eventually it went in.

-          That was it, so replaced all the items removed/disconnected (listed earlier)

-          Fill with oil (first oil change for me so I purchased the Valvoline 10W-30 VR1 Racing Oil as recommended by the Nailhead Buick guys on their website).

-          Started engine.  It took 3-4 anxious seconds for the oil light to go out even though I’d pre-filled the filter with oil.

-          Its now a few hours later and I have no oil leaks under the pan (hooray).  Only a very slight leak remaining from the transmission but I’ll live with that.

-          The key finding and benefit was the replacement of the oil pump.  Worth it for that alone

 

Final thoughts

-          FIRST:  Before you do this job get the underneath of the car as clean as possible (jet wash..)  There was SO MUCH road grime and dry dirt and it was the ‘gift that keeps on giving’ from start to finish.  Ugh.  EVERYWHRE there was grit, dust or oily grime waiting to fall in our faces 😐😒  ...and invest in some goggles or oversized glasses or visor

-         This job was worth the aggravation for me as I now know there is no obvious major damage to the engine (I'd read stories of others finding piston parts etc as mentioned earlier).  Peace of mind and the motivation to go further in restoring the car.

-          Oil pump replaced is also peace of mind and glad I found it.

-         Commercially available replacement mounts will fit the bill for under $10 each.  Motor mounts are direct fit, transmission mounts can be had but need minor mods

 

Finally a big THANK YOU to all those on this forum who offered their advice and experience, especially Aaron65 & RivNut. 

Let's keep these vehicles running.

 

Mark 

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Nice work!  Thanks for the comprehensive documentation -- others will certainly appreciate this thread in the future.  Now fill 'er up and hit the road!  ;)

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4 hours ago, EmTee said:

Nice work!  Thanks for the comprehensive documentation -- others will certainly appreciate this thread in the future.  Now fill 'er up and hit the road!  ;)

for sure !  that's the objective - get her out and running :)

thanks Emtee

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On 5/9/2023 at 6:48 PM, 62Lesabre said:

So looks like my transmission crossmember and transmission pan have taken a beating for some reason. The car isn’t lowered, not sure what happened. What’s the best solution for this crossmember. 

Hi.  not a great thing to find :( .    

I defer to those with more experience if they comment, but If it were me the first thing I'd do is support the transmission, remove the two nuts in the middle (that connect it to the trans) and take the cross member off.  Hopefully you can get the 4 bolts that attach it to the frame out OK.

Then put it on a flat surface and see what it looks like.

The deformation seems to be around the two cut-outs so it would probably be a case of trying to bash those out on a flat surface/anvil/vice etc.

Did the impact pull any of the 4 bolts out or stretch/damage the area where they go through the cross member?

Comment:  looks like the studs through your cross member attaching it to the mount are in a different position to mine.  Perhaps there was a difference between the 62 and 63 transmission mounts...

Edited by Electra63 (see edit history)
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10 hours ago, Electra63 said:

Hi.  not a great thing to find :( .    

I defer to those with more experience if they comment, but If it were me the first thing I'd do is support the transmission, remove the two nuts in the middle (that connect it to the trans) and take the cross member off.  Hopefully you can get the 4 bolts that attach it to the frame out OK.

Then put it on a flat surface and see what it looks like.

The deformation seems to be around the two cut-outs so it would probably be a case of trying to bash those out on a flat surface/anvil/vice etc.

Did the impact pull any of the 4 bolts out or stretch/damage the area where they go through the cross member?

Comment:  looks like the studs through your cross member attaching it to the mount are in a different position to mine.  Perhaps there was a difference between the 62 and 63 transmission mounts...

Yes the mount appears to be different than yours. I was quite confused when I looked underneath my car after reading your install steps and seeing the photos. Then I saw all the damage 😢

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1 hour ago, 62Lesabre said:

Yes the mount appears to be different than yours.

That's not necessarily a problem

If the two holes that attach the mount to the transmission (accessed through the 2 large holes in the middle of the cross member) are 4" apart you can use either of the mounts that Aaron and I used and just modify the cross member to suit.  

 

Edited by Electra63 (see edit history)
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On 5/10/2023 at 11:17 AM, M1842 said:

Great description and pictures, I know I will have to do the motor mounts in my 55 someday.  Your insights are very useful.

Sounds good.  On my car there is noticeably less vibration etc from the engine and trans since replacing the motor and trans mounts.  The car used to rock slightly when I revved the engine in neutral/park.  That has all but disappeared and there is less of a 'clunk' when shifting in/out of gear

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On 5/10/2023 at 2:17 PM, M1842 said:

I know I will have to do the motor mounts in my 55 someday.

Inspired by some event.

 

I serviced a '53 Cadillac once and found the imprint of the fan in the back side of the radiator. I used a short pry bar and discovered both motor mounts had delaminated and it was just rest in place.

 

The owner thought for a bit and said "You know, there was one time I had the hit the brakes really hard and it made this God-awful sound, but it stopped".

 

It is pretty easy to leverage a pry bar under the exhaust manifold and lift up against the A-frame. I never used to do that as a routine until I worked on the Caddy.

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On 5/14/2023 at 6:25 AM, 60FlatTop said:

You know, there was one time I had the hit the brakes really hard and it made this God-awful sound, but it stopped"

Ha Ha.  We've had similar situations a few times where I work (industrial machinery).  The customer/operator says they heard a 'loud bang' and then the problem went away....usually its because something more serious happened but they think they're in the clear and don't need a service call 😲😆

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I set up facility optimization programs for a real job. One of my introductory questions is "Is your quietest exhaust fan the one with the broken belt? There are three answers. I can help make it two."

 

I don't care to quote myself, but "Some lead more blissful lives than I."

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