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Radarsonwheels

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Everything posted by Radarsonwheels

  1. Beautiful Morning! Maybe I should get around to installing a heater again ?
  2. Thanks Neal! Did you have to chop your A-pillar open to get those pics?
  3. Like usual, overthinking it. Trimmed the card with a razor knife and sharp wood chisel, swapped the nuts, and everything is right with the world again! Gonna drive her to my annual thanksgiving breakfast target practice session with a good buddy at the rod & gun club in the AM.
  4. Got the door card installed. Apparently I did a decent job locating the holes when I made it because I was able to use all the stock holes as pilots for the oversize short stainless phillips screws I used. Drilling the square drives for the handle and crank inboard to account for my thick luon and diamond stitch padded vinyl door card went well but is impossible to do 100% straight without removing the assemblies from the door so some fiddling had to happen. The early deco style repop chrome handles are all installed with stainless spring collar eacutcheons. Man I love how those look. And of course after all that I realized I forgot to swap out the new fine machine thread clip on sheetmetal nuts for the arm rest/door pull. I think I’ll trim pockets out of the card for access- a hack job but with future ease of maintenance in mind. Should be a minor pain cutting luon with a razor knife. Here’s a pic of the arm rest, the angled spacers I made to match the angle in the door stamping, and the original door with the clip nuts still installed (d’oh!)
  5. I hung the door which has a rivet repair on the inside bottom 4” all the way across. The bottom gets into the running board pretty badly but will push closed and has the same decent gaps and flush fit with the cab & fender as the old one. No hinge adjustment will be necessary- not that I am vindicated Ken but more like I got away with it! The outside handle was the only thing still frozen and it was frozen good. Having the handle straight made getting the outside handle escutcheon and screws out interesting but the thankfully came out. The handle bushing is in better shape than my original which is also a score. I made a tool by necking down a piece of 9/16” square steel rod. I considered using tool steel and hardening it but I’d rather sacrifice the tool than the square socket in the door. A bunch of Kroil and working it back and forth started freeing it up and after a few cycles of tapping the bolt back out after I was able to successfully open it and the return springs came back to life too. More Kroil thru the long nozzle tube washed away the old grease, dirt, and rust and I was able to get it moving pretty well. Now the door needs to go back on the bench and get the bottom interior and bottom section re-made, and a few old mirror mounting holes welded up. All good news so far!!
  6. Well I found the top hinge doesn’t want to unbolt from the A pillar on the driver’s side, and I don’t have a great understanding of what’s actually in there- the hinge slips in from the outside and there’s a plate with four fine thread holes in the A pillar that sandwiches the hinge? Does it slip in first? The threaded plate would have to be kinda thin to slip in to the slot where the hinge emerges. I can get destructive and cut open the pillar or drill out the stuck top hinge bolts but that’s a whole can of fabrication worms I’d rather not get into if I don’t have to. If you have a good understanding of how it works and I’m missing something I’m all ears Ken! I love to learn more about how to work on these beauties. This drawing is how I think it works. How does the plate get in there? Can I get it out and or make a new one if it’s stripped or rusty after destructive bolt removal? I don’t want to poke the bear here but maybe I’m overthinking it
  7. Some highlights from the private boneyard- it was mostly 50s stuff with a good amount of prewar and early muscle era. The owner was friendly and totally willing to part with stuff once he knew it was going to go back on the road. Check out the bullet holes in the bottom right pic ?
  8. Got em! I went to see a huge hoard/ private junkyard in Starlight PA including a fluid drive and several job rated and pilot house trucks. Like 800 cars in a private junkyard! I picked up two ‘54 doors, one I paid $212 on ebay, and the passenger side I don’t really need was another $80. It does have cleaner outer skin than mine and the biggy is both doors have 100% working vent window locks which are both missing on mine. And of course the driver’s side has an inside rear window track which is totally gone on mine! This morning I vacuumed out like ten pounds of fluffy mouse nests and soaked everything down with Kroil. It all seemed pretty frozen but after some time and attention everything started working and getting smooth again- a really good sign. Next is to test fit the driver’s door and to decide if it’s easier to try to swap the passenger vent window or just swap out the whole door. They both have hinges so the plan is to pull my hinge pins and just see if the new doors drop on anywhere close. I didn’t find much searching about vent window replacement- anybody done it?
  9. Killer info! Thanks Los! It makes sense that there’s a plate rusted in place in there. I definitely will throw the bolts back in- maybe some new ones with antisieze even. I’m guessing it’s a tapped plate that is thin enough to slip in to the slot in the pillar before the hinge itself? If it was a plate with nuts welded to it there’d be no way to get it in there. I wonder what the factory assembly technique was. Fingers crossed I have enough parts between the two doors and it drops in without too much drama!
  10. That wiper motor looks nice! I gotta get a new one- mine is the (original?) dual motor setup and the passenger side is kaput. The driver’s side works ok in a pinch. What motor did you go with? Did it need the linkage customized to get the throw right?
  11. Howdy folks! I didn’t turn up much on a search so I’m starting a new thread here to share progress and hopefully hear any helpful knowledge from the masters here. My driver’s door is a total mess but since I’m the only one that ever touches it I didn’t care and just worked with it- it did do all its jobs passibly well with some tricks and TLC, but now it’s forced me to get around to replacing it. When I built my ‘54 I cut out and replaced all the rust. New floors, extensive windshield flange repair, running boards, all the cancer and swiss cheese was removed, replaced, painted. Except for the driver’s door, which had long ago removed its own rust by disintegrating the bottom then sagging to let the traction bumps on the running board remove loose material. I did repair the dent from hitting the fender when opened too far without a limiter, and lifted it with a jack which got it bent back high enough to only need moderate lifting to close the door. Also when I made thicker door cards I had to re-drill the square drives for the crank and interior handle to sit farther inboard. The pin for the driver’s window crank stuck hard 1/2 way through and is now permanent and slightly cocked. I have a replacement crank but removing the old one will be a destructive process before the escutchion and card come off. And for some reason since I’ve had the truck it never had a rear track inside the door for the glass. Just gone. So that means rolling down the window involves holding and pushing the top so it doesn’t get cocked and stuck in the track in the opening. Also if you roll it too far down you’ll need a spatula to guide it back up out of the slot in the top of the door. All this was fine until the window regulator (metal tray that the bottom of the glass sits in) popped off and fell out the tray a couple days ago. Gluing it back in is easy but I don’t have access. Taking the card off will require extreme measures to free the window crank (I have a replacement) and at that point I might as well fix the sag, make a rear inside window track, fix the crank pin hole, and replace the glass which is cracked. Ugh. So I checked ebay and FB for parts hoping to find a window track or new crank assembly. Magically there was a complete door for sale that needs a patch on the bottom but not extensive window mechanism fabrication. Seeing no shipping & pick up only I clicked it expecting to see Idaho or 2500 miles away only to find it’s in PA only a few hours NW!! I paid for it and made arrangements to grab it next Monday. So far I’ve figured out that it looks like the hinges are stuck into the inside the A pillar from the side, and are tapped for the bolts that go in the jam. I don’t know if there are nuts in there or a plate in there that will fall to the bottom of the pillar? I got both hinge pins free after removing the 4 bolts from the bottom hinge A pillar, and confirming that every single of the 4 top bolts will be a fight involving welding torching and cursing. The new door has hinges on it which I was planning to use but currently the plan is to pull those pins and try to just replace from the pivots back. Again- any knowledge or gotchas are greatly appreciated
  12. Gauges are looking cool GGdad! Fwiw I put fuel and volts on the passenger side- I mostly glance at the fuel once or twice a ride and glance at the volts after firing up. The speedo and more importantly tach live front & center.
  13. Today was a good day! I finally got to drive the truck after a month or so down replacing the old leaky inaccessible 1 5/8” headers with larger 1 3/4” better fitting hedman shortys. The truck was noticably faster. I’m sure long tube 1 7/8” headers would be worth another decent bump in power but there’s just no room in there. I cut the headers triangle collector flanges into circles and welded in 3” extensions, ending in male/female V-band connectors down where they’re accessable under the car. From there the exhaust got tig welded up with 3” mandril bent stainless, into the borla pro xs mufflers. The mild steel headers with stainless extensions got sent out to Jet-Hot in NC for polished ceramic coating inside & out. I re-used the 4 old hanger locations with new rubber and steel hangers to keep the weight off the collectors.
  14. Howdy flathead folks! I’ve checked in here & there but haven’t posted in ages. My slapshifter swap is still going gangbusters but my exhaust has been an ever increasing source of headaches. Well not literally, but given a longer drive probably would be due to exhaust leaks. Still haven’t installed my new heater core- honestly it was too hellish of a summer here in PA to drive the truck a lot or work on it in the heat. I originally built my exhaust starting with 1 5/8” chinese stainless block huggers. They had decent welds, 3” collectors, and a really nice thick flat flange on the head side. And they were like $120 or some outrageous cheap price on amazon. My budget was on its last legs at that point, which is also why I used rediculously oversized and loud 3.5” in/out flowmaster 40 mufflers I scored off Craigslist. The other side of the coin- the bad parts- were that the #7 tube needed a huge dent to clear my rear passenger side upper control arm pivot, the collector bolts were almost impossible to reach and kept self loosening, and after about a thousand miles both sides started to blow holes in the welds where the ‘star’ fills the interior of the 4 pipes as they collect. I installed ‘stage 8’ brand locking collector bolts which solved the self-loosening problem but then they were almost impossible to access for further tightening and the percy’s brand ‘dead soft aluminum’ collector gaskets began to slowly smoosh thin and leak from vibration. Also the pinhole leaks on the star welds got worse and worse leading to bad sounds, stinky exhaust in the engine bay and cabin, and false lean o2 readings messing with the EFI. So I bought a set of hedman block huggers. They collect farther down and present a much thinner profile while increasing my tube size from 1 5/8” which is suitable for a warm street 318, to 1 3/4” which is more right for a hot smallblock or street 440. I’m hoping to feel a touch uncorked at WOT but I’m sure the 512” will like it better all over. Just removing the passenger side header was a huge chore- it’s trapped/stuck between the block & frame. Today I finished pulling it though, and the hedman just dropped in as easy as pie!! Fingers crossed the driver’s side fits as easily. I still have to check plug access but it’d be hard for it to be worse. I needed special $$ plugs for the 4 corners and fiberglass boots on every plug to fit the last exhaust. I also ordered a set of 3” borla xs pro or whatever their $100 muffler is, along with a 3” mandril bend kit to make new downpipes and complete exhaust. I’m planning to cut off the 2.5” 3 bolt collector flanges from the hedmans and add 3” tube with a set of Vibrant brand V-band gasketless collector flanges. As long as I don’t warp them in welding they should offer one bolt collector tightening and no leaks!! So I still have to buy a couple new O2 sensor bungs, and fabricate everything all up, but I have high hopes that I’ll be cruising in style this fall with no stink, mellower but still rowdy sound, and maybe even enough more ponies upstairs to feel on the butt dyno. I hope everyone is doing well and looking forward to more smiles per gallon after this dumpster fire of a summer! *here’s a pic- you can see where I beat the dog-poo out of the SS header to clear the UCA pivot and the mocked up hedman clears by a mile
  15. Thanks man I agree. The stock plastic cover is like 1/16” short of touching the metal floor/ trans hump due to the taller adapter. So I ordered the cover for the taller truck Megashifter unit that B&M makes. Hopefully it’ll trim up nicely so it touches all the way around and has a more solid feel.
  16. Wow mine doesn’t have hood straps how do they work? Mine has struts that unfold over center to hold up the hood when it’s open.
  17. The megashifter looks slightly classier but basically the same as the starshifter. Plastic console/cover but a nicer rubber boot and better looking indicator over on the left top. Of course I’m fantasizing about replacing the plastic cover with hardwood but that sounds like a whole day’s work. Gonna cruise it tomorrow!
  18. Howdy flathead truckers! I got some stuff done today. I used the B&M star shifter when I built the truck. It can go up and down (with reverse lockout pull up on the front bar) through from P R N D like a normal shifter but then you can pull the lockout and shift down to 1 activating ratchet mode. Then you can slap it up to 2 and D. It was a cool shifter but you can’t ratchet back down it only ratchets up. So ‘drag race’ mode but no ‘road race’ mode. Also I made my 727 automatic valvebody full manual so D actually means it will hold 3rd gear. It will take off in 3rd but it can’t be good for the clutches so I always row it back up from a stop. I found myself wishing it was just as fun and easy to slap it down to 2 while cruising in 3- y’know downshift and “grab a gear” to get sporty. It’s fun to drive around town in 2 but I don’t constantly hotdog it so that’s rare. So I bought a B&M megashifter which ratchets up AND down. Problem was that I found it has a totally different footprint than the cheaper B&M Star Shifter and I didn’t feel like getting medieval on the somewhat finished interior. So it sat for over a year. In the meantime I had picked up a medium small mill and had some thick aluminum plate laying around so I finally got around to making an adapter plate wity flush countersunk allens to bolt to the trans hump/console in the cab and tapped holes for the new shifter. I had to butcher the floor a little more too so the cable could angle correctly- nothing a little gray window putty couldn’t seal up . It took way too long to set up the new cable and get everything all locked down and working. Lots of trips from under the cab back up to move the shifter. I left it mechanical only even though it can run relays for backup light, P/N starter lockout, and has a light behind the indicator.
  19. I’m impressed you’re getting that sucker back into service mine was so bad I threw away the entire chassis!
  20. My 3/4 ton 1954 didn’t fit the 1/2 ton rusty hope kit I had to get bigger bearings iirc
  21. Hey I just caught up on your build- looks awesome. my 2¢- I have jeep zj grand cherokee brakes adapted to a 9.25” axle on my build. The parking brake works fine.
  22. Yes. The front of the frame will need to be trimmed and you will need to build new body mounts. The later daks are great if you plan to basically run them as is with the existing drivetrain. You may or may not need to shorten the wheelbase (section the frame, shorten the driveshaft). The biggest limitation is the bolt pattern of the wheels- it’s not the common 5 on 4.5” ford/mopar so your wheel choices are slim- kinda makes it obvious that it’s a dakota swap and to my eye doesn’t look right with late dak wheels. I think you can swap to 1st gen knuckles and axles to get the common bolt pattern but on mine I just went with a 1987 since I was shoehorning in a big block, backhalfing it, and rebuilding the whole suspension anyway. The steering and suspension are great though and the track width is miles better than all the crummy s10 swaps with the front wheels tucked a foot inside the fenders looking like a wannabe funny car. Great swap though good luck! radar
  23. My rear disc brake system lives on an early ramcharger 9.25 rear that was originally drums. The rotors have little mechanical drum brakes inside them like a tophat. I took the whole brake setup off of a jeep ZJ along with the parking brake lever and cables. It wouldn’t have been to much harder to adapt the cables to a stock C series pull lever. The ZJ (grand cherokee) setup bolted to a flange on the 9.25 axle tube ends that had the same bolt pattern, I just had to open the circular hole in the center of the caliper bracket with a die grinder. IIRC the calipers are floating so getting them centered wasn’t as critical as a setup with multi piston calipers that are fixed and don’t slide with wear. Anyway, something like what I did wouldn’t be that hard to adapt and it all works great.
  24. Are you talking about where the inner and outer front fenders join with the rad support area? I usually find that areas that let water escape are fine but areas where water stays like two flanges flat on each other is where water likes to hang out and rot. Sometimes sealer keeps water out, sometimes it keeps it in. Also I think some of those type areas on my C series had tar or whatever inbetween to keep from being squeaky and give a more solid ride? Mine had some of that too.
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