Here’s a video update of the last two weeks’ work: Installing the headliner, reupholstering the rear seat, and pulling parts from a couple of trucks in New York State.
Category: Progress
Weekend Recap, 11.24
I spent Saturday down at Bob’s with my brother in law, working to get the Chrysler back in the garage. The engineering problem I faced was how to push a 4,300 lb. car back up a slight incline into the garage, while also moving it laterally by about ten feet. The solution I came up with involved a hammer drill, several concrete bits, lag bolts and barrels, and a cheap Harbor Freight winch with a remote.
After loading up on the supplies, Glen and I opened up the shiny new garage door and set up for the installation. I measured out two holes for the baseplate and had him start drilling while I assembled the winch. After a couple of tries with different bits and an adjustment in hardware which required a return trip to Lowe’s and a stopoff for tacos.
When we got back, the new bits we bought made relatively short work of 45-year-old concrete, and I was able to anchor the winch into the floor. I pulled the battery from the Chrysler and used that for power (it’s been on a tender since I bought it) and we played out the line to the back of the car. The winch wasn’t powerful enough to pull the car by itself, but with three of us pushing, it was the extra power we needed—as well as a safety measure in case the car got away from us. I hauled the wheel over hard to correct the position and then we pushed/pulled the car up about 3/4 of the way inside. With that done, we jacked up each corner and put it on the dollies so that we could push it to the far side of the garage, as out of the way as possible.
Sunday morning I got out to the Travelall and cleaned off the inside roof with acetone before covering the whole thing with Rust-Stop. While that cured, I pulled the driver’s wheel and cleaned the outside face of the driver’s inner fender with the wire wheel. That was covered with Rust Encapsulator, and while that dried I painted the frame with chassis black. And while the can was open I painted the frame on the passenger side where the gas tank will go.
Inside the cab, I used some chalk to mark out where the sound deadener was going to go, and cut a sheet of kraft paper to test the measurements. After some adjustments I flattened the first sheet out and aligned the center with the centerline of the roof, and peeled a little of the backing off to set it in place. It took some work to get everything oriented correctly, and then I peeled one side off to set it permanently. Give or take 1/8″ on either side, I got it aligned almost perfectly; using the long edge to align the second and third sheets, I made it to the back of the truck centered on the rear doors.
By that point it was getting dark and cold, so I closed up the truck and moved into the basement to work on the base of the rear bench seat. After reviewing some how-to videos to refresh my memory, I cut burlap, foam and carpet padding down to fit the seat and attached the burlap to the frame with some hog rings. Then I stretched the cover over the bench as best I could, working to get the scallops in the back edge into place.
Stretching the cover and clipping it in with the hog rings is exactly the same process as stretching a canvas or mesh for screenprinting: start at the middle of each edge and work your way outwards. Again, the trickiest parts were the indents where the seat is scalloped to avoid the wheel wells, but I realized I could compress the whole seat by kneeling on it and used that to pull the fabric around to the attachment bars.
Overall I’m pretty happy with the results for my first attempt. I put the carpet padding on top of the foam, but Jeff tells me it’s supposed to go underneath, which is what I’ll do with the upright part of the seat. For this I wanted it to be firm directly underneath, and I wasn’t aware there was a firmer foam available for the seat when I bought my materials. I’ve got to carefully add some small holes for the four hinge bolts and the bump stops, which makes me nervous, but Jeff tells me it should be fine.
So next up I have to disassemble the upright for the rear seat and prep it for covering, which means I have to hit it with the wire wheel and spray it down with Rust Converter.
I’m headed north to see my family for Thanksgiving, and there’s a junkyard near my sister’s house with some ancient IH iron, including this rusty Travelall panel truck. I’m not sure what to expect, but he says he’s got other IH stuff in there somewhere, so it should be a fun day for bushwhacking. I bought a cordless angle grinder on contingency but I’m going to leave it in the box so that I can return it if I don’t need it.
Looking at the dashboard, it’s a ’62 or earlier, so it’ll be interesting to get a look at the front clip. At first blush the stuff I see that would be worth something would be the barn doors, but they look pretty rough. Just looking at this photo, the things I see that might be worth picking would be:
- The barn doors, if they’re salvageable
- if not, the mechanisms—latches, the rear handle, etc.
- The windows
- Any of the chrome—the rear taillights, for example
- the rear doors, if they’re salvageable
- Any of the interior mechanisms from these doors—scissors, latches, etc.
- Chrome brightwork, interior steel surround
- Either of the bumpers, if they’re in good shape
- Front wing windows, if they’re OK.
- Steering wheel/column, if I can get it out
I have no idea what the rest of the truck looks like, but I’ll see when we get out there. And even if the whole thing is a wreck it’ll be fun to go looking.
Weekend Update, 11/18
Saturday was kind of a bust, even though I had sunshine and some reasonably warm weather. I’m currently stalled for want of a welder, so I use the morning to knock out some other minor stuff. I got two more lengths of interior U-shaped weatherstripping from Amazon, and applied that to the two passenger doors. While I was doing that I ran the nylon brush around as much of the leftover adhesive stuck to the inside sheet metal as I could reach before my batteries died. Clearly I’m due for some replacements. Then I got the weatherstripping in, which is a good feeling.
The only welder available for rent was at a Home Depot across town in Dundalk, which just happened to be my hometown Canton location. I reserved a Lincoln Weld-Pak for 4 hours and dragged it home to find it was set up for flux-core wire with no gas attachment. Playing a hunch, I spooled some of my leftover wire into the unit to find it wouldn’t advance—exactly the same problem as my Eastwood. So I drove it all the way back and got a refund. But I couldn’t get my 3 hours of sunlight back, which sucked.
So I cleaned up the rest of the interior weatherstripping, ground out and covered some sketchy spots with Rust-Stop, and then drilled holes in the seat box for mounting to the truck. By 6PM it was completely dark so I had to call it, but not before I covered the newly drilled holes with paint.
Sunday morning I got back outside and installed the seat box temporarily. Everything looks great; I just need another warm day to touch up the paint and shoot clear coat over everything. I’m actually wondering if I should shoot it the same gray as the door cards. Then I cleaned up more of the interior sections, using the nylon brush to get rid of all of the leftover adhesive from the upholstery.
As I got around to the rear section, I examined the panel over the barn doors. The previous owners had gone crazy with a 1/4″ drill bit and a hammer to install a bunch of marker lights on the edge of the roof, and what they left looks terrible. So I busted out the spot weld cutter and drilled out all of the welds I could find, and it came out pretty easily. The steel underneath is unpainted and speckled with surface rust. And the panel itself is in rough shape. I pulled the one I removed from the green truck down and compared both; I figure I can use sections of the green panel to fix the red one. It’s probably way too much work to put into a panel that small, but it’ll be a fun winter project I can tackle when the weather is bad.
After hitting Harbor Freight to pick up a full-body Tyvek suit, I covered myself in PPE and scraped all of the insulation glued to the roof. It was pretty easy in most spots but they went overboard with the adhesive in a couple of places. I switched to a wire wheel on the angle grinder and went over the entire roof to clean it down to bare metal.
There’s only one spot where the metal looks a little rough, and it’s right where I would expect: right around the hole drilled for a light above the front seats. It’s not bad enough to worry me, so I’ll slather it in Encapsulator. It’s now ready for a wipe down with acetone, and then I’ll spray the rest of it with Rust Stop. After that, I’ll start installing heat matting.
In the basement I have the bench seat sitting on a small desk waiting for hog rings and pliers; all of the foam and padding is here, so I’m waiting on my brother-in-law, who offered me his leftovers. That’ll be a great Monday Night Football project.
Warranty
As reported earlier my Eastwood welder decided to stop working completely about two weeks ago. I detached and re-attached the hose and gun assembly, thinking maybe some of the wire had bound up inside, but it came out straight and clean. I was at the end of a spool so I put a new one in, and it worked briefly for a few small welds. But the next time I fired it up I got nothing. The unit powered up fine and the fan was blowing but I got nothing out of the gun. I called Eastwood’s tech support and over the course of a week talked to several very nice CSA’s who took notes and assured me they’d get back in touch, but I had to do the legwork. I took the gun apart and tested for continuity at the switch, which checked out fine, and by request I cracked the case to look over the boards inside to see if anything was visually damaged. I didn’t see anything wrong, but yesterday I was finally sent an RMA by email to exchange for a new unit. I was worried about finding a box to pack it in, figuring I’d already recycled the original, but spied it under a bunch of tarps in the garage, holding the pedal assembly and air cleaner from the green ’68 parts truck. It was a bit worse for wear but I taped it up and reinforced the bottom with some 2-ply cardboard, and sent the unit out this morning. In the meantime I’m going to see if I can rent one locally so that I can finish the small welds required to button up the firewall and gas tank, and get the truck off jackstands.
The Scout is still at the shop; I haven’t heard back from them yet but when I checked in on Monday he said they’d cleaned off the underside, run it up, and put it on the lift to look for leaks. Apparently there are two outlets on the transfer case that are weeping and another leak up front somewhere. So I’m hoping I’ll hear back from them today, and if not I’ll check in tomorrow.
Finally, I reconnected with a guy who had some parts trucks in a yard close to my sister’s place in New York. He still has a C-series Travelall in his field that I’d like to look over, so I’m making a plan to go check it out when we’re up there for Thanksgiving. So I’ve got to put together a recovery kit to bring north with me, including fire and cutting tools. This might be the impetus to buy a cordless angle grinder, actually…
Small Victories
It’s been dry and mild here in Maryland for the past three weeks. Sunny, uncharacteristically warm weather yielded three weeks to enjoy beautiful changing leaves; usually there’s one day of beautiful color, it rains, and the trees are gray and naked until March. There’s also been lots of dry sunlight to work on the truck in shirtsleeves. The forecast for Sunday, however, was for rain, so I decided to visit the local pick & pull for some parts before everything turned into cold soupy mud. I was on the hunt for an electric steering unit from a 2009-2013 Toyota Corolla, and the app told me they had two on the lot. I carried in a metric-based tool roll and impact driver, and found the first car after a few minutes of confusion. Someone had already pulled the dash mostly apart, and most crucially, pulled the lower linkage from the bottom of the steering unit. The second Corolla on the lot didn’t have electric steering assist at all. So I consulted the website for alternatives and found a donor 2009 Nissan Versa several rows over that hadn’t been touched. It only took me several minutes to deconstruct the dashboard to get to the motor, and after a half an hour I figured out how to get it detached from the wheel, off the dashboard, and on the floor. Then I put a socket on the bottom of the linkage and with one mighty pull, got it disconnected from the car.
Back at the house, I laid it out on the bench, tested the motor on 12V power, and verified it worked. Laying it out on the floor with the two columns I’ve got, I’m not sure if I can use either one to make a new unit, but I think the one from the green truck will be the best candidate. Most likely I’ll cut the shaft at the bottom to disconnect it from the power steering unit at the bottom and find a way to construct one good unit out of the two. We’ll see.
The theory here is to have a unit that doesn’t need a computer or any other input to regulate the motor; with no signal from the CAN BUS, the attached ECU (that silver box) will always provide average power assist and return the wheel to center at any speed in what’s called fail-safe mode; and if the motor fails, it just reverts to manual steering. This is what Brian has on his Scout and it’s pretty slick—and his unit was from a Versa as well. Having driven his truck with both the manual and the power steering I can say it makes a huge difference, which is why I’m pursuing this project.
With my welder down, I had to pivot to smaller projects. As mentioned earlier, I had a bunch of things I wanted to knock out, and I got a fair bit of them done. First, I decided to use locknuts and washers to button up my mirrors. It took some travel to find someone with the correct stainless hardware in stock, but once I had that I got the passenger side closed up and mounted on the truck with little hassle. I’m glad I pulled the driver’s side off, because when I went to take the nuts off the rod snapped on both sides as it had on the other one. This was easy to put together, and it mounted quickly. Now both sides of the truck have refurbished, adjustable, period-correct mirrors.
Finally, I started to hunt down live wires on the rear of the truck. There’s a trailer plug with a tangle of wires hanging below the hitch that I can’t identify, so I turned the marker lights on and tested them for continuity. Nothing seemed to work. Another rusted bulb was hanging under the truck, so I tried that one as well; no dice. Looking up. I remembered there was a mystery wire running out of the rear quarter into the back of the door, and put the test wire on that: power! And turning the markers off killed it. So I put a splice on the wire from the license plate holder, connected it to the mystery wire, and used some new stainless hardware to permanently mount the assembly to the rear door. So that’s one more requirement checked off for a street-legal truck; unfortunately now the headlights aren’t working and the front turn signals aren’t lighting. So there’s more work to do.
Weekend Update, 11.4
The garage is currently empty, which is a strange feeling. I dropped the Scout off at a new garage to have the transmission looked over, after the drive back from Indiana coated the entire undercarriage with oil. It took a while to find someone who would work on the truck. My long-standing transmission shop, who had worked on it as recently as three years ago, isn’t servicing manual transmissions anymore, and the fellow who fixed the manifold for me last year didn’t want to deal with heavy stuff like that either. This new shop was recommended to me by a truck guy I’ve met at Cars & Coffee, and when I got the owner on the phone I got a good vibe from him. I drove it over on Wednesday and buttoned it up for possible rain; they told me they’d store it inside for me. So now we wait to have the problem diagnosed. If this works out, I’ll look into having the Travelall towed down there to sort out the transmission.
Speaking of that transmission, after researching it some more Sunday morning, I was surprised to find that I’ve been wrong this whole time about it. I’d thought it was a non-synchro manual like Brian has in his Scout. It’s actually a T-98A, which is synchronized in all but the first gear. I’d been thinking about how I’d have to find a more modern transmission to swap in, like the T-19 in the Scout, but maybe I won’t have to.
Meanwhile, the passenger firewall is 95% buttoned up; all that’s left is to weld the hose bracket back on to the angled face and paint the new metal. I can’t weld anything, though, because my welding gun isn’t advancing any wire. I disconnected it, put a new spool on, and checked the contacts but the wire won’t go. I called the Eastwood store on Saturday and after talking with the shop manager, he gave me the 800 number for tech support; tomorrow I’ll call them and walk through some diagnostics. The unit has a 3-year warranty so he told me they’ll send me new parts free of charge.
So, I focused on what I could Sunday afternoon by busting out the needle scaler and cleaning off the frame and underside of the passenger inner fender to prep things for encapsulator. The area under the rocker on that side got cleaned off, and the underside of the bed is curing to get ready for a layer of undercoating. I then installed weatherstripping on both of the front doors, finished painting the gas tank, and needle-scaled the frame on the driver’s side before it got dark.
Down in the basement I cut down a 12″ section of 1/4″ rod and threaded it with a 28-pitch die on both ends. The goal here is to fabricate a new rod for the mirror mount that I can swap out for the rusty one in the broken unit. Now I have to pop the endcap off of the spare mirror to test the method before I go banging on the good one.
Floorpan, Continued
I spent a couple of evenings this past week breaking down the green Travelall doors and collecting all of the parts to see how things look. The passenger door is in worse shape than the driver’s; there’s a fair bit of rust-through under the wing window on the bottom. Both doors are down to the metal, but on each one the lower hinge needs to be drilled out. That may make reusing them both tricky, but I think careful screw removal and re-tapping the hole is possible. Both windows, scissor assemblies, latch mechanisms, and most of the window channels are all in good shape. I’ve also got a second set of pre-’65 door latches for both sides from my friend Don in Ohio, which will come in handy as spares in case I need them.
The other thing Don sent me was a spare set of IH mirror assemblies. One of them is basically just the bracket, but the other held the mirror housing (minus the mirror) which actually worked in my favor, because I can see how the interior parts are assembled. Essentially there’s a long rod that goes through the center, threaded at each end, and held in place with two brackets welded to the rod. So even if I wanted to pull the rod out of my good housings I couldn’t.
To recap, the threads on one of my good mirrors was so rusted the bolts snapped off on each side, leaving me with no way to attach it to the bracket. Pretty much the only way I can make my good mirror work is to carefully pull one of the endcaps off, pull the threaded rod out, and replace it with a new one. The rod is pretty simple; it’s 1/4″ and takes a 1/4″ – 28 thread, which is easy to find a die for. It’s getting the cap off that worries me. It’s thin steel over an aluminum housing, so I have to be very careful taking things apart.
Saturday I stopped in at a neighborhood estate sale and picked up $20 worth of brand-name used tools that will come in handy for backups and spares, including four vice-grips and several wrenches.
Sunday I got back out to the truck and continued cutting and welding new metal in to the passenger’s footwell. I wound up taking more metal out, as I was having blow-through issues with bad metal and finding some pinholes as I was cleaning other sections. I think I’ve got all of the bad stuff out, and the stuff that’s still mildly pockmarked just got a thick coat of encapsulator. Underneath I ground out the rest of the welds and got it ready for paint. All of this took the majority of the day, as I was doing a lot of cutting and trimming, which sent me back and forth to the bench grinder.
The paint cured overnight and is now ready for seam sealer, which will be applied liberally around the edges before everything gets primed. On the outside edge of the footwell I ground everything flat and covered it in etch primer; it’s going to get several coats of chassis black and then a layer of undercoating to keep out the water.
Finally, I used some vinegar to flush out the inside of the gas tank and let that sit for a day and a half , shaking it around inside to get the crud out and neutralize any rust. Running a borescope down inside the tank, it looks shockingly clean apart from the remains of mud dauber nests. I flushed it with water and a solution of baking soda, then flushed it again and set it out to dry. The outside was covered with undercoating and some surface rust along the top and sides, so i hit that with a wire wheel and quickly got the whole thing down to bare metal. When the top and sides were clean I covered the trouble spots with Encapsulator and the bare spots with etch primer. I’m back and forth about pulling the fuel sender, but leaning towards leaving it in, as I know that it works and don’t want to mess with that.
So in the next couple of days when the temperature gets above 60˚ I’m going to apply sealer and paint to button up as much as I can.
Welding and Steering
On Saturday I got back out to the truck in the afternoon following a yard sale and continued metalwork on the truck. I had to finish welding in the floor plate first, which felt like it took more time than last Sunday, then grind down the welds on top and underneath. I was happy to see I had good weld penetration when I was down under the truck, though it makes for tired arms when you’re grinding upside-down for a half an hour.
Then I started cutting smaller sections out of the toeboard that had rusted through, including a triangle-shaped area on the A-pillar. I cut a section of new metal, got that welded in to the toeboard area, and ground it smooth, finishing up as it was getting dark.
Sunday morning I got up, walked the dog, and drove up to Frederick to pick up a steering column from another Travelall, sold by a guy I’d met last year. He’s grafted a Crown Victoria front suspension and Ranger rear on to his ’68, lowering the whole thing onto airbags and tubbing out the rear tires. It’s really cool, even if it isn’t my cup of tea. His work is really nice (he’s a bodyman), and it’s going to be a sweet truck when he’s done.
The column he sold me is a column-shift unit, which may work for what I need and may not. I think I can cobble together one good column out of the two and probably sell the steering wheel at Nats to make some money back. The plan is to get an electric steering unit from a Toyota Corolla and splice it into the column.
I had errands to run after lunch, so by the time I got back outside it was 3PM and I didn’t want to drag all of the welding gear out for just one hour. So I filled the compressor tank, busted out the needle scaler, and cleaned off the frame and undercarriage all the way up to the front axle. By 5PM I had the frame coated with Encapsulator as well as most of the underside of the body shell. That was extremely satisfying. Next it’ll all get a coat of chassis black and then the body will get a coat of undercoating.
Welding Projects
The worst rust on this truck, besides the stuff I cleaned up on the roof, was in the passenger footwell. As a result of the same leaks that doomed the cowl and heater box, water got in and sat on the metal under the passenger’s floormat, collecting mainly at the diagonal seam from the tunnel. At some point the PO had fixed the same issue on the driver’s side by hacking a hole out of the floor and welding a crude patch over top, then covering it with some kind of bizarre rubberized material.
Knowing my gas tank was mostly empty, and because it’s only hooked up to the gas feed, I figured this was the best time to attack the rust. I jacked up the passenger side of the truck at three points on the frame and secured it with jackstands. The tank is held in place by a pair of clever straps that secure to two captive bolts on the underside of the body, and one came free easily, while the other captive bolt broke off from its weld. After I cut that loose and disconnected the hoses up front, the tank dropped out easily. I was surprised to find an access hole directly above the sender unit, which should be very helpful down the road. I was shocked to find I’d dropped the tank in under an hour.
I pulled the tank aside and looked over the floor situation. Starting with the area at the front, I cut out the rust that looked the worst, making a rough rectangle with a triangle-shaped section following the seam at the upper left. The body mount and frame mount underneath both looked like they were in great shape, and the metal underneath everything was in factory-fresh condition. I hated to cut a lot of it out, but I wanted to get as much good stuff in there as possible.
When I’d squared off and cleaned up the edges, I cut some cardboard out and carefully made a template to work from. This took some time, because the open area was deceivingly complex in shape.
When I had that sorted, I pulled a sheet of 18 ga. metal from my stash and cut the pattern out. With a bunch of trimming and fitting, I had it ready to go in by about 4PM. Being careful to take my time, I tacked the edges in slowly using butt welds. The section along the rocker got welded from the underside where the good metal was; I didn’t want to cut the raised section out because I can’t replicate that, so I’m taking a chance and keeping it. All of this is going to be treated as heavily as possible with rust encapsulator/undercoating, so I’m hoping I can halt any new rust from forming in the future.
By 5PM it was getting dark so I shut things down after a preliminary sweep with the flap disc. I’m kind of shocked at how much I was able to get done in one day’s time; the process went really smoothly and I’m a lot more confident in my basic fabrication skills, as well as welding.
The other quick thing I tackled was to weld a second set of tabs in on the seat lockbox so that I can drill holes and mount that in permanently. I’m going to clean up the chipped rattle-can paint and hit it with the clear coat just to protect it a little better, but I’d like to finish that up in preparation for the seats later this winter.
One thing I need to upgrade is my safety glass situation. Running the cutting wheel early in the day with my safety glasses on, I got a couple small pieces of debris in my right eye for the second week in a row. After fishing that stuff out I found a pair of old goggles and wore those for the rest of the day, but there’s got to be a better solution. If I’m going to be grinding this much I need a full-coverage set of prescription goggles.
The other thing that was nice was that my $1 yard sale iPod Nano has a built-in radio receiver, which meant I was able to listen to the Ravens game wearing goggles, ear protection, a dust mask, and my glasses on.
Heater Box
Yesterday I got a late start on the red bus after I had a little trouble with the Scout. I’d driven her to get a haircut and pick up some new bolts for the heater box, and she started immediately in the driveway. When I came back out after the trim, she wouldn’t start. I was a little nervous because Jen was already on the road to Southern Maryland and I was on my own. First I checked for gas, and sure enough I was getting plenty of that in the carburetor. The air filter was clean so I knew that wasn’t the problem. My next thought was that maybe the coil had died so I pulled the spare out of my recovery box and swapped it in quickly. I still wasn’t getting the motor to catch so I did what I should’ve done first and pull the cap and rotor off to check the points. Sure enough, there was corrosion around all of the contacts on the inside of the cap, so I cleaned those off with sandpaper and the top of the rotor.
Replacing everything, I squirted a little fluid in the carb, crossed my fingers and tried starting it. At first she didn’t want to catch, but after about five seconds, she slowly caught and began running. I let her idle for a couple of minutes and then turned her off and started her again to test it out. Thankfully she started right back up. So I continued running errands for the rest of the morning and came home. I have no idea why she would have run so well in the morning but not after she’d warmed up and dried out.
Saturday’s goal was to get the heater box installed in the red bus. After some finagling with the box itself, I connected the cable from the dashboard to the passenger vent, which took a little bit of time because I couldn’t find the retainer clip that went on the chimney. I went through three of my bins before I found a tall plastic container marked “Random Travelall Bolts”. I spread those out on the table and found the clip I was looking for. With that installed, I put the box in place and used three new bolts to mount it to the firewall firmly. Then I made a mess on the driveway hooking the coolant hoses back up. I hooked up the leads to the heater box and tested those out to the switch on the dash; it turns out that switch system is keyed to the ignition, so with the ignition off, it doesn’t work. But the blower motor does fire up, so that’s another electrical question solved.
Next, I took the heater plenum, mounted that back up to the box and attached the defrost cable to the dash control. All of the cables are pretty crusty so it took some WD-40 and some effort to get those to work a little better. Both of the heater hoses are 60 years old and pretty dry rotted so I’m going to have to buy some new hose to hook up to the defrost vents.
Because I don’t want to pay $50 for two small door clips I went to the garage and pulled OEM clips out of my second set of Scout doors. While I had the passenger door free I pulled the wing window assembly out, which is in almost perfect working condition, and swapped it for the less-than-perfect replacement in Peer Pressure. It took all of about 1/2 hour and went extremely smoothly. I dunked the clips in Evaporust overnight and sprayed them with Rust-Stop.
Then I worked on the driver’s side door lock to try to figure out why it didn’t unlatch from the inside, and why the lock cylinder still fell out of the lock. The passenger side worked as it should—I could lock and unlock the door and the cylinder stayed in the lock on that side, but crucially, the inside and outside doorhandles worked the way they were supposed to on that door. There was something wrong with the driver side door mechanism that I wasn’t able to figure out.
So I pulled the spare green driver’s door out of the garage, laid it on the table, and continued disassembling it. I started this process back in March, but the weather got warm pretty fast and I put it aside for outside work. Continuing where I left off, in about an hour, I was able to get the entire door stripped down. I put the door latch mechanism back in to test out how the key worked with the rest of the system; it’s a lot more complicated than the one on the Scout and I couldn’t figure out how the key mechanism interacted with the door latch to stop the door latch from working.
Sunday morning I walked the dog and took care of some small errands before getting back outside; it was another beautiful day so it felt great to spend it outside. The first thing I worked on was the driver’s door; I realized pretty quickly that the rod on the back of the lock never made it into the mechanism and thus was spinning freely. D’oh! Once I set it in place, the lock worked exactly as designed, and I felt a lot better. I swapped the refurbished clip in on the passenger side and verified that both doors lock and unlock from each side.
Then I padded the top of the truck and pulled the canopy down carefully. I was hesitant to do this, but I’m going to need as much light as I can get under there, and I can’t have the canopy up forever. The top of the truck really looks good in the sunlight; it’s great to see my work clearly for the first time.
(the water hadn’t dried completely in the photo above)
I put some gas in the carb and fired the engine up for as long as that lasted; she turned over immediately. I really can’t wait to get the fuel system buttoned up for good, but I think I’m going to drop the tank this winter and weld some new metal in on the passenger floor while it’s empty.
I spent the rest of the day farting around with some small stuff; now that the canopy is down I have to finish up the weatherstripping. So I pulled the old rubber off the driver’s door and ran a nylon brush around the perimeter to clean off all the old adhesive, then hit it with some red Rust-Stop. When that’s cured for 24 hours I’ll put new rubber around the perimeter of the door to seal things up.
The biggest win was finding out why the turn signals stopped working: I pulled the instrument panel and found that one of the leads to the temp gauge had come off when I was messing with the bulkhead connectors. Hooking that back up, I got signals back, and I felt immensely better about that situation. So: progress on a couple of fronts that I’m feeling really good about.