V8TV
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Impressive.....
Thank you!
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Next, the assembled body went into the paint booth for several coats of primer. This high build primer ensures that there will be no sanding scratches from the polyester to diminish the shine of the paint.
The body panels were disassembled from the car so both sides could be sanded and primed.
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The sprayable polyester was block sanded smooth, and small areas requiring additional attention were fixed. The grill and headlight assemblies were all installed to make sure they would fit after paint. It is important to test fit all the trim in this stage, as it is much harder to fix after the car has been painted. At this point, the crew also tested at the bumpers and lenses.
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After the body filler was block sanded smooth, the car received several coats of Evercoat Super Build 4:1 sprayable polyester filler. The car was sprayed with an aerosol black guide coat to illustrate the high and low spots when the sanding process began.
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There are a wealth of parts available for these cars, and that is a huge consideration on a restoration. If you love a car that you cannot get parts for, be prepared to make everything!
The Chevelle then re-entered the body shop. After some hammer and dolly work was completed on small dings and dents, the NOS doors and fenders were installed, along with an original GM a hood and tail light packets. The entire car was lightly skim coated with Evercoat Quantum 1 filler to ensure that it would be arrow straight from and to end. The body also was seam sealed to prevent corrosion between panels.
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Wow ... nice restoration work.
I'm a sucker for old family photos, like the ones you posted in the original post here!
Cort
www.oldcarsstronghearts.com1979 & 1989 Caprice Classics | pigValve, paceMaker, cowValve
"All it needs is just a little time" __ Jeff Carson __ 'The Car'
Thanks, and we agree... the family aspect is very cool on this car. In fact, we've built many "heirloom" cars, ones that will never be sold and will be passed through the generations.
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Next, the body was turned on its side so the bottom of the floors could be seam sealed, painted with an industrial enamel, and then protected with 3M Body Schutz.
The next phase involved mounting the body onto the chassis that was restored by the owner. We installed new body bushings and hardware, taking time to align everything properly. Our intent was to not remove the body again.
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After the floors were complete, we attached the body shell to a rotisserie and sent it out to be media blasted. This revealed more rusty areas around the windows, top of the dash, and the rear package tray. These areas were all repaired with new steel after the shell was coated with a black epoxy primer to prevent rust.
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The whole assembly of tubs, drops, and floor were clamped in place and test fitted multiple times, then screwed together with sheet metal screws before welding.
This floor comes with the seatbelt mounts and seat brackets preinstalled, along with brackets for a floor mounted center console.
Only when all the panels fit properly where they welded together.
Soon, our body shell was one solid piece again.
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Wow, what a huge amount of work! But it looks like they are doing a great job, especially like the body jig.
You're correct, it was a lot of work. Thanks for the kind words, the body jig is a huge help!
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Once the wells were in place, the trunk floor was trimmed, fitted, and punched with holes in much the same manner.
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New rear outer wheel houses and trunk drop-off panels were obtained from OPGI and installed. The process involves much test fitting, removal, trimming, and re-fitting to get it all to fit properly. T The panels are then punched with holes for plug welding.
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At this point, we began to mock up and test fit the wheel houses and trunk drop off panels, in addition to test fitting the rear trunk section. This is a tedious process involving installation and removal of these panels multiple times to ensure proper fit. We also installed The main cabin for to make sure it fit properly and harmonious we with our other new sheet metal panels.
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The challenge was not only to change the floors, but also to repair rusty wheel houses without damaging the newly installed quarter panels.
Plasma cutting the large areas and careful spot will drilling allowed our team to separate the quarter panel from the wheelhouse without causing damage. However, there were areas where we drilled through the quarter panel which would require re-welding after the new wheel houses were installed.
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Once the toe boards were repaired, the main cabin floor was ready to come out. It looks a little daunting on the jig with absolutely no floor, but the jig legs ensure the shape of the body structure does not change.
The OPGI floor section runs from the driver toe board all the way to the backseat support. The challenge was not only to change the floors, but also to repair rusty wheel houses without damaging the newly installed quarter panels.
The body was temporarily removed from the jig so the new floor could be slid in from the bottom, than the body was re-fixtured in proper position.
Many hours were spent carefully removing and trimming the center floor section. On a GM A body like our Chevelle, the floor is an intricate sandwich of layers, weaving through the rocker panels, floor, and various braces and supports.
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Was the later picture the little boy from the beginning of the project, now older?
Yeah, pretty wild, huh?
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At this point, the crew took a slight detour from the floor to install some cowl box replacement panels. These rusted due to leaves and other debris being trapped between the cowl box and the fenders. This is a common occurrence and GM "A" body cars.
There were sections in the front of the body shell that needed repairing before the new cabin floor could go in. For example, we would be installing a full-length floor that ended at the factory seam at the base of the firewall. Our new floor required to clean sheet metal in the toe board area for proper installation, but the original floor was rusty at this seam. To remedy this, patch sections were ordered welded in place to provide clean sheet metal to attach to the new floor section. Patch panels were ordered from OPGI, cut down, and welded in place.
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This is when the body came to the V8 Speed & Resto Shop. After our initial inspection, it was determined that the best course of action would be to install a complete cabin and trunk floor from OPGI.
Our first step was to affix the body on our jig to ensure the floors would go in square and true. Our team use a plasma torch to speed the removal of the original floor.
The trunk floor was the first section to come out. After it was plasma cut, the crew went back and cleaned up the details around the perimeter where the new floor section would attach.
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He found a used 12 bolt rear axle, and had his chassis media blasted and painted and rebuild the front suspension components and bushings to restore the Chevelle's ride.
Al pulled the body off the frame to start the chassis restoration. Unfortunately, it was determined that the Chevelle's cabin floors were hiding more rust and was initially thought.
Interestingly, the topside it looked okay except for the body mount areas. The bottom side was scaly and Rusty.
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Time passed, the family moved into a bigger house with a bigger garage, and the Chevelle patiently waited for the next stage, which was the engine project.
The trusty 307 pulled this car over the roads for many years, but Al wanted more, so he and a buddy built a screaming 454 to give this car more go! The engine was built just past LS6 specifications, topped with an aluminum intake and Hooker headers.
Al build a test stand to break-in his rashly rebuilt engine right there in his garage. This allowed the engine to be ready to fire as soon as the car was finished.
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This 1969 Chevelle was born wearing a Cortez silver paint job and sporting a blue interior. It was an original V8 car, sporting a 307 V8 under the hood and was driven for many many years by its owner Al until the late 80s.
However, by the late 1980s, the street use took its toll on the Chevelle's body and chassis, and Al decided it was time to disassemble the car and restore it.
He disassembled the car in his home garage with the help of his young son, and embarked on a journey to repair the rusty quarter panels as the first steps to bring this car back to life.
Unfortunately, as many people know, restoring classic muscle car takes time, money, and effort. He had the effort, but raising the family was the obvious priority, so his project speed was set on extra slow. However, Al was able to complete some tasks, including a very good job of installing a pair of original NOS Chevrolet quarter panels on both sides.
1969 Chevelle SS396
in Our Cars & Restoration Projects
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The interior of the car was sprayed was basket and sprayed with Dupont Imron industrial satin black coating for corrosion resistance.