Build Thread: '87 442 . . . Time to turn and stop

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Carbon fiber is cool to work with. I used to use 3m contact adhesive and attach it to whatever flat panel I was using, with the holes already cut out and then use a high speed router with good bits or precision jigsaw with a quality fine tooth blade to cut out the CF after it is adhered to the trim panel. It reduces the chances of cracking the CF. Man cracking that sh*t sucks then you're recoating with resin, sanding, polishing.
 
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Carbon fiber is cool to work with. I used to use 3m contact adhesive and attach it to whatever flat panel I was using, with the holes already cut out and then use a high speed router with good bits or precision jigsaw with a quality fine tooth blade to cut out the CF after it is adhered to the trim panel. It reduces the chances of cracking the CF. Man cracking that sh*t sucks then you're recoating with resin, sanding, polishing.
 
442 had a granted somewhat kludged but nonetheless 8.5 3.73 from the factory. Appears I have perhaps a S-10 SAE center with metric tubes and drums instead of all metric. Since I am converting everything else on the car to SAE as I go (almost everything under the hood already is) so having the SAE center is actually a good thing and the drum to disk out on the ends converts everything out on both ends plus going to 1/2-20 studs.

Per a couple pages back, I discovered the internals were junk just trying to put a decorative cover on the factory 3.73 (LOTS of metal came out with the fluid). So, Eaton Truetrac, Moser 30s, 1350 U-joint 30 spline yoke (I have been nervous about those tiny u-joints and yoke caps since I put the big block in it anyway), and moving to 3:42 gears while I am changing everything which should work better with the big block. Then the drum to disk conversion will all be easier while it's out on the bench too (or should).
 
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No I missed it but just gave your thread a peruse. I get around the c-clip problem with the drum to disk conversion. Rotors hold the axles in. Calipers hold the rotors on. Caliper mounts bolted solid to the updated axle flange geometries via the e-brake hub.
 
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No I missed it but just gave your thread a peruse. I get around the c-clip problem with the drum to disk conversion. Rotors hold the axles in. Calipers hold the rotors on. Caliper mounts bolted solid to the updated axle flange geometries.
Thanks. I have an "unofficial" build thread also. Im sticking with the aluminum drums. I def need to do wheel cylinders/brakes when i have the rear done
 
Rear disk p*rn . . . C-clip clamp 😉
IMG_0840.JPG
 
:popcorn:

Basic idea?

Power Shelf.jpg


Reverse Angle . . .

Power Shelf (2).jpg


Here we go . . . [I'm actually going with something, um, a little more subtle]

51ggEh0nPGL.jpg
 
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No I missed it but just gave your thread a peruse. I get around the c-clip problem with the drum to disk conversion. Rotors hold the axles in. Calipers hold the rotors on. Caliper mounts bolted solid to the updated axle flange geometries via the e-brake hub.
Interesting another bonus of converting to disk brakes. That is another thing I like about my 70S Type O rear, bolt in axles. And the C type used in 71-72 Cutlass still used them. The C clip eliminators supposedly, always leak. I plan on beating my 8.5" Type O with slicks, no worries of an axle exiting.
 
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