What a Geek!
However, if you look in the background of this picture you might see a brown Malibu watching me and my wife eat lunch. It's almost like that seating was planned. Wink Wink.
What Did You Do To Your G-Body Today? [2022]
- Thread starter bruisedbanana79
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However, if you look in the background of this picture you might see a brown Malibu watching me and my wife eat lunch. It's almost like that seating was planned. Wink Wink.
The factory solution was to double the return springs so you had an "innie" and an "outie". I have harvested various versions of this combination and found that from pair to pair they can have differing spring tensions. With that in mind you can slip the innie out and swap it for another, slightly heavier or lighter and tweak your return speed that way.
That was my plan. Now I have new things to pocket at the yards.
Drove it. Cruised it. Flogged it. Made really cool engine and tire screeching sounds with it. Pi$$ed off my neighbors with it. Enjoyed the $hjt out of it.
Fanbelt decided it couldn't take it anymore and shredded on my way to work. What a sight to see the temp gauge pegged on the right side of 100*f. Pulled off at the nearest exit, surveyed the damage.
Belt was hanging on the alternator and it barfed 1.75 jugs of coolant everywhere because the overflow tank is a little melty and doesn't seal at the cap. Put what was left of the old belt back on and got to an AutoZone and bought a belt. Since I was already late to work I stopped for tacos. Only an hour and a half late. 😀
Belt was hanging on the alternator and it barfed 1.75 jugs of coolant everywhere because the overflow tank is a little melty and doesn't seal at the cap. Put what was left of the old belt back on and got to an AutoZone and bought a belt. Since I was already late to work I stopped for tacos. Only an hour and a half late. 😀
I can tell you what I DID NOT do today, change the freaking belts on my Regal.
I thought that I liked to work on cars until I met the V-belt system on a Oldsmobile 350 rocket. I'd GLADLY pay someone $100 to do this nonsense. My Chevy engines never treated me like this.
I thought that I liked to work on cars until I met the V-belt system on a Oldsmobile 350 rocket. I'd GLADLY pay someone $100 to do this nonsense. My Chevy engines never treated me like this.
Cleaned it up and took it to do cool Dad stuff with my girls.
Managed to remember to bring the camera with when I went out to the shop just after brunch.
So this is where my adventures in recreating my driver's door have led me. At this point all that is left is the color shot. The red primer is an experiment to see if the final color dries brighter than it would with a grey primer instead. The greys can be lightened depending how much thinner is added but too much thinner and you risk the dreaded runs as well as having to apply more coats to get a solid coverage. Like I said if this works then I may score a gallon of the red and use it to jamb the whole car as the various panels get completed.
This is sort of a post mortem as this used to be the dolly assembly that cradled the rear end for my Monte. it has now been reduced back to its components and my chassis dollies are once more free to be used for car moving. The actual cradles that supported the brake drums (ref: previous shots of the cradle doing it's job) are going to remain assembled; one does need to be repaired but that can be a winter to do thing. They pretty much match all the rear ends that presently comprise my inventory so keeping them as is makes sense??
The keen eyed are going to notice the diamond shaped applique on the outer frame rail just aft of the kick down. This was the attachment point at which I amputated the old rear frame horn and installed a new replacement. The old horn was well beyond repair; most of it gone almost half way up the sides. A combination of yearly salt water showers plus the condensation coming off the exhaust pipes when they were attached to the frame horns due to an under the bumper rear exit design did the driver's side in almost completely. There are no shots of this project as it predates me taking pictures of things that have been visited. However, by way of summary description, the horn is not just butt welded in place. It has inner panels that were plug welded to it and which bridge the seam on the inside. They are also plug welded to the accepting socket that I created for the horn when i was fitting the whole business together. Once I had inserted the frame horn and got it properly located and aligned, the plug welds were burnt in to create the initial connection and then the edge. butt seams were burned in to make the connection solid. Once that was all done, it was all ground smooth and the diamond was cut from flat plate and laid over the seam to span it equally in both directions. It got drilled for plug welds and then both the plugs and a perimeter pass was used to make it permanent. For the, "that ain't so pretty, WTF?? critics, all this work was done out ion a back yard driveway during high summer. No shelter. My welder was a 220 Lincoln Wire Feed that i had had to set up for flux core because C-15 gas is useless out in the open; the wind just blows the lens away. And I still have that Lincoln and it is still set up for Flux Core!! Ya just never know...............
And last, for now, the rear end assembly, back in place and just sort of hanging around. The shocks are the KYB's from Summit that my local "Yeah, we have 'em" shop didn't when I was finally able to visit them. You can also just see in the first shot, one of the new upper Hotchkis poly U bushing assemblies. Finally having a master bushing and ball joint pressing kit was the impetus for pulling the rear end in the first place. Prior to acquiring that, I had no real method available to me to dig the factory corpses out of their graves. There are pictures from last posted to this thread of what it took to extract the old bushings; think air drill and several large drift punches. The replacements from Hotchkis had been imitating popsicles in my downstairs freezer for maybe as much as a decade or more!!
The last shot is the rear anti-sway bar, waiting patiently to be re-installed. That was part of the today agenda but didn't happen because I found some surface sitting bubble rust on the inner faces of the control arms where the mounting bolts go through. Elected to wire wheel the corruption off and apply a coat of POR-15 to the surfaces to seal them up prior to stuffing the bar back in. The metal to metal surfaces where the bar sits against the arm is a good place for moisture and crud to accumulate which, over the years, likely led to the enamel finish on the arms being damaged.
Just in passing, one of the door shots shows the freshly rebuilt hinges bolted into position. Once the jamb shot goes down and dries, the next step will be to jamb the A and B pillars and hang the door again. No picture of it to show but I do have an adapter for my one floor jack that lets me cradle a door and lift and manipulate it into position to remove and rehang it. Made doing the driver's door hinges on the S-10 a LOT simpler to work with as those hinges are permanently attached to the A pillar and not available for removal in case of pin and bushing swaps.
Still to do are purging the brake line with compressed air before I make the connection to the rear end Tee, rehanging the parking brake cables, and rehanging the exhaust dumps, along with tweaking the alignment of one of the mufflers to get it laying flat.
Some fun, Huh, Bambi??
Nick
So this is where my adventures in recreating my driver's door have led me. At this point all that is left is the color shot. The red primer is an experiment to see if the final color dries brighter than it would with a grey primer instead. The greys can be lightened depending how much thinner is added but too much thinner and you risk the dreaded runs as well as having to apply more coats to get a solid coverage. Like I said if this works then I may score a gallon of the red and use it to jamb the whole car as the various panels get completed.
This is sort of a post mortem as this used to be the dolly assembly that cradled the rear end for my Monte. it has now been reduced back to its components and my chassis dollies are once more free to be used for car moving. The actual cradles that supported the brake drums (ref: previous shots of the cradle doing it's job) are going to remain assembled; one does need to be repaired but that can be a winter to do thing. They pretty much match all the rear ends that presently comprise my inventory so keeping them as is makes sense??
The keen eyed are going to notice the diamond shaped applique on the outer frame rail just aft of the kick down. This was the attachment point at which I amputated the old rear frame horn and installed a new replacement. The old horn was well beyond repair; most of it gone almost half way up the sides. A combination of yearly salt water showers plus the condensation coming off the exhaust pipes when they were attached to the frame horns due to an under the bumper rear exit design did the driver's side in almost completely. There are no shots of this project as it predates me taking pictures of things that have been visited. However, by way of summary description, the horn is not just butt welded in place. It has inner panels that were plug welded to it and which bridge the seam on the inside. They are also plug welded to the accepting socket that I created for the horn when i was fitting the whole business together. Once I had inserted the frame horn and got it properly located and aligned, the plug welds were burnt in to create the initial connection and then the edge. butt seams were burned in to make the connection solid. Once that was all done, it was all ground smooth and the diamond was cut from flat plate and laid over the seam to span it equally in both directions. It got drilled for plug welds and then both the plugs and a perimeter pass was used to make it permanent. For the, "that ain't so pretty, WTF?? critics, all this work was done out ion a back yard driveway during high summer. No shelter. My welder was a 220 Lincoln Wire Feed that i had had to set up for flux core because C-15 gas is useless out in the open; the wind just blows the lens away. And I still have that Lincoln and it is still set up for Flux Core!! Ya just never know...............
And last, for now, the rear end assembly, back in place and just sort of hanging around. The shocks are the KYB's from Summit that my local "Yeah, we have 'em" shop didn't when I was finally able to visit them. You can also just see in the first shot, one of the new upper Hotchkis poly U bushing assemblies. Finally having a master bushing and ball joint pressing kit was the impetus for pulling the rear end in the first place. Prior to acquiring that, I had no real method available to me to dig the factory corpses out of their graves. There are pictures from last posted to this thread of what it took to extract the old bushings; think air drill and several large drift punches. The replacements from Hotchkis had been imitating popsicles in my downstairs freezer for maybe as much as a decade or more!!
The last shot is the rear anti-sway bar, waiting patiently to be re-installed. That was part of the today agenda but didn't happen because I found some surface sitting bubble rust on the inner faces of the control arms where the mounting bolts go through. Elected to wire wheel the corruption off and apply a coat of POR-15 to the surfaces to seal them up prior to stuffing the bar back in. The metal to metal surfaces where the bar sits against the arm is a good place for moisture and crud to accumulate which, over the years, likely led to the enamel finish on the arms being damaged.
Just in passing, one of the door shots shows the freshly rebuilt hinges bolted into position. Once the jamb shot goes down and dries, the next step will be to jamb the A and B pillars and hang the door again. No picture of it to show but I do have an adapter for my one floor jack that lets me cradle a door and lift and manipulate it into position to remove and rehang it. Made doing the driver's door hinges on the S-10 a LOT simpler to work with as those hinges are permanently attached to the A pillar and not available for removal in case of pin and bushing swaps.
Still to do are purging the brake line with compressed air before I make the connection to the rear end Tee, rehanging the parking brake cables, and rehanging the exhaust dumps, along with tweaking the alignment of one of the mufflers to get it laying flat.
Some fun, Huh, Bambi??
Nick
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