Signet-ficant Other

That transmission is pretty & all, but it ain't worth a damn without a shifter. Once again, this would not go as easily as hoped.

First and foremost, the case/tailshaft housing I used were from a 1968 A-body. An early '68, in fact... so the shifter mount was actually for an Inland. No, you can't put a Hurst on it. "Big deal, just switch it out!" you yell. If only it were that easy. The bolts were stuck so badly that I never disturbed the mount during the rebuild--I just masked it off when I painted it. Now it was in the car, and still schtuck güt. Out came the cutoff wheel, chisel, hammer, and prayer. It worked.

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The next wrong part on hand was the Super Shifter I, which turned out to be for an E-body (I guess we know where that will go). I started digging through my stash of shifters, and didn't have one. I found one with the right A-body operating levers still bolted to a flanged-output A-body trans I bought for $100 at Jefferson. Much to my chagrin, it was rusted solid. After not-significant soak time, I still had to put it in a vise and literally beat the mechanism out of the case.

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Further disassembly required prying some of those pieces apart... but I finally had it completely apart, ready to be cleaned and rebuilt.

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There would be another challenge inside. Apparently the last user of this shifter was a retarded silverback gorilla. So much for the overstop bolts.

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I had to pry apart the shifter case to remove the side panel for access. After that, a wee bit of grinding... and problem solved.

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Since I was working alone, I did not document the reassembly process. I bolted the mechanism to the sorta-right shifter mount scapped from one of Stretch's overdrives, already in place on the transmission. Then I grabbed the too-nice-for-this-car OE A-body Hurst handle graciously donated to this project by restoman (thank you yet again!) and slipped the boot on it before bolting it to the shifter. I threaded on the OE-style white knob and installed the boot. Now we've got a proper-looking office, other than the erupted bench seat.

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Shifter in the 1st/3rd-gear position:

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And then in the 2nd/4th-gear location:

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The shifter's operation is buttery smooth, as one would expect. There's still no linkage on it, as the reproduction stuff I bought doesn't seem to fit. I know it's the right shifter and the F-body mount is very, very close to the A-body one, but no matter the orientation it binds. I have some early A-body linkage that seems like it'll work, but I think I'm going to bite the bullet and buy new linkage from Brewer's. The gold-irridited, plastic-bushed (!) stuff sold by PG Classic and others is not worth the effort, at least not for the A-bodies. Skip it. The rods only work with the bushings provided, as do the transmission levers. The bushings do not interchange with Hurst parts, either, so once they're beat--and that won't take long, judging by their feel--you're on your own. You were warned. I have a set of that stuff for my Challenger, too, and another set for Stretch's Valiant shifter. All 3 sets will likely end up on eBay, whether the Challenger stuff fits or not. The Brewer stuff appears to be right.

It's starting to look like an actual car now!

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Today I was trying to find linkage bits for Agnes online, since everything I've tried seemed to not be quite right. I had some linkage from transmissions I'd bought that just didn't seem to jive. I'd essentually resigned myself to purchasing an NOS Super Shifter installation kit for $300+ shipping, since Brewer's is out of stock on A-body factory-style linkage. The Super Shifter stuff is bushed, but it will not work with the OE shifter I took so much time to repair. Still, looking at some of the part photos I thought, "That looks vaguely familiar."

Off I went to the garage, to commence digging around for linkage rods--no mean feat in that hellhole of my own creation. As I found one, then another bit of linkage, the ol' memory started kicking in a bit. One of the transmissions I'd bought had a Super Shifter III on it, which is the annoying mechanism with the red reverse-lockout handle alongside the stick. Another transmission purchase included a complete '64-'65 Hurst setup on it... yeah, now it's all coming back to me. I kept digging, and after a spell I found all the parts for both setups: Shifters, mounts, trans levers, everything. I'll hear no more nonsense about my hoarding, from anyone... understood? 😄 Comparing the handle-lockout Super Shifter III to one of my original Super Shifters (just push down to engage reverse, no ugly handle), the hangers are identical below the shifter body. This is good news, since I'd mocked up the III on a transmission to make sure I had the goods, which I do.

Long and short of it: Agnes' shifter has to come back out for, I dunno, the fourth or fifth time to be replaced yet again. That's the bad news. The good news is she'll be sporting a Super Shifter I (my favorite Hurst mechanism) with bushed linkage (also my favorite). The really good news is I now have the complete shifter setup for Stretch's Valiant, which I'd tried to assemble as a Christmas gift for him prior to him even buying the car. That didn't work so well, since I'd bought that crappy gold-irridite reproduction linkage that simply cannot fit (this is your second warning about that stuff). The extraordinary news is that all this stuff was essentially free: The Super Shifter III stuff came on a ball & trunion A-body transmission I bought for $225 just to get its 3.09:1-low close-ratio (non-OD) gearset, currently sitting rebuilt in Agnes' 1968-vintage case. The '64-'65 shifter setup came on another 3.09 ball & trunion trans I'd only wanted for the QuickTime bellhousing attached to it. When I came back, the bell was gone--he'd decided to keep it. I told him I wasn't interested without it, and as I walked away he begged me to just make an offer on it. I said $100, literally over my shoulder from 30' away, and he yelled "SOLD!" Once again, I was really only concerned with that tasty gearset.

The stupendous news is that during all that digging, I also found both forward-gear rods and transmission levers for the Challenger... and they're for a Super Shifter. 😎

The complete Super Shifter setup mocked up on the floor. The levers are keyed on their shafts on the transmission, in neutral, and the Allen wrench is aligning the shifter in the neutral position. Perfect.

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OK, things got a little out of control on this end with all the shifter nonsense. I realized that what I truly had was a bit of a fustercluck: an OE 3-4 rod and operating lever with a Super Shifter swivel on the mechanism end, and a mystery 1-2 rod that's just a bit too short. It would work, but it's just barely to the end of the swivel. I wanted it right.

And lo, the research started. Then came the parts searches followed by the purchasing, which wasn't so bad as it turned out I had a bunch of stuff already needed. I got the right aftermarket (bushed) 3-4 rod used for $23 shipped and the correct 1-2 rod for $19, also shipped. I had the right 3-4 operating lever on a different trans (yay!) and the other two levers, as well as the reverse rod were already what I needed. I even figured out a few alternate parts, and grabbed enough bits to hoard an entirely NOS linkage kit... I maybe went a bit mental with all this. 🤪

Last night I mocked it up on a spare trans in the garage, with all the used parts (this ol' girl hasn't proven herself worthy of NOS parts yet). I think you'll agree that this, the final arrangement, looks as right as rain and is a vast improvement over the previous setup:

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So that's sorted... but just how mental did I truly get? Pretty out of hand. I was already doing the work, so I decided to dig deeper after getting into an Imperial state of mind. Since that car will almost-definitely have an A833 overdrive, and I knew such a thing once existed long ago, I set about determining what parts comprised the quite-rare aftermarket Competition Plus/Super Shifter linkage kit for the A833OD. Either Hurst forgot their own history or ran out of parts, because that particular kit is an entirely different ball of wax from the close-ratio kit. Literally the only shared parts are the mounting parts for the shifter box itself: the trans bracket and the bolts. Most of the kit, rather than being specific to the overdrive transmission itself, is an amalgamation of parts from other Comp+/Super Shifter kits. Try and keep up here...
  1. The 1-2 rod is from a 1962-'64 fullsize Ford with a Borg-Warner T10 (on which it's the 3-4 rod), connected to...
  2. The former 3-4 operating lever from a 1968-'70 Javelin/AMX (also T10), obviously in the 1-2 spot here
  3. The 3-4 rod is from the same spot on a 1958-60 fullsize Chevy (again with the T10), connected to an A833-kit-specific lever
  4. The reverse lever is from a 1964-'70 B-body Mopar's reverse position, operated by a linkage rod specific to the overdrive kit.
Still with me? I know, it's confusing... I found the AMC part particularly ironic. Anyhow, the only part I haven't found for that kit yet is the reverse rod; I was amazed when I found the OD-specific 3-4 lever. It's used, but what're ya gonna do?

Better yet, this entire line of effort was essentially all for naught. I had a sneaking suspicion that Hurst making this setup totally different and mildly confounding was completely wasted effort... so I proved it by flipping the 3-4 operating lever on my mockup transmission, adjusting the swivel backward about ¾", and dropping it right into place, with clearance and linkage-rod length to spare:

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They could've saved themselves a ton of time and effort. :LOL: In Hurst's defense, the angles of the "keys" on the levers did change in '77 (the above transmission is a '75) so I can't say for a fact this would work on all the OD transmissions. I plan to use earlier parts anyhow, including a non-interlock side cover. You'll understand why I'm taking this route with the Imperial instead of the overdrive kit once you see that one mocked up. I'll do that once I have all the parts, just so y'all can see it: Multiple bends in each rod, crazy offset levers, etc. I like the straight-line, direct-as-possible arrangement much better just for the aesthetics, but I'm sure operation will be considerably more precise.

The weather was nice enough to actually install the whole shebang in the Valiant this evening, but it was still too wet beneath the trailer. While I was checking that, I was reminded that Stretch had plated the entire forward half of the deck awhile back, so there's no access to the transmission anyhow. Oh, bother... I'll figure something out soon.
 
Wanting to get something done to the car while it sits on the trailer, I spliced the OE battery cable to a new one with a factory-style battery end on it today. The Slant Six cable was just under a foot too short, and with those headers, it's a real trick to access the starter wires. The cable was already bolted to the starter and I didn't feel like dealing with that again. I cut the new cable off at the right length and used a 4-gauge crimp connector into which I actually soldered both cable ends, with heat shrink tubing to protect the whole affair. Butchery? Absolutely. Will it work? Yes. Looking at the price of repro battery cables, a little tomfoolery was warranted.
I also installed a data plate on the inner fender, since the original one rusted away long ago. Taking a cue from our man Not A Duster, the one I installed was from something not even close: my old 1985 Plymouth Gran Fury AHB (police package) parts car. It earned bonus points for already being white--the same actual paint code as the Valiant--but nowhere near a match. 😄
 
Primarily working on a shifter rebuild tonight, but while I still had some daylight I figured out a place to mount the tach that didn't require any surgery (why drilling a hole in this car would suddenly bother me, I can't say). I used one of the cluster-bezel screw holes by replacing the original screw with a longer one that fit the tach base better, then re-clocked the tach so the scale was upright. The tach is a "working when pulled" Stewart-Warner with the sidewinder scale, which I wanted because the shift point is 12 o'clock high. I prefer this one for that reason but it was cheap on eBay. If it doesn't work, I've got a couple others to try, but the scale is oriented normally on those.

The view from the office:

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It points directly at my face; the picture was taken low to divert some of the flash glare. The only real drawbacks are that it obscures the oil-pressure light, which will work (on at 18PSI, much higher than OE) and the wiper/washer switch is behind it. Should there be an oil-pressure event the glow should be noticeable enough and this ain't exactly a rain-day car so the wipe/wash shouldn't be too much of a nuisance. Also visible on the lower right is a pair of auxiliary gauges for oil pressure and temperature. They're vintage-looking VDO mechanical units, again budget eBay buys but both are new. Their cast-aluminum mounting bracket actually pre-dates the car--a friend told me it's in the 1968 Sears catalog!

A slightly-different angle:

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The auxiliary gauges will be mounted below the ashtray, using the two lower screws that retain the ashtray itself to secure a bracket on which the gauge panel will mount. Again with the "no holes" thing, even though I'll be drilling a huge hole only inches away for the factory "REVERSE" dash light installed on 4-speed cars.

And now back outside to resume the shifter battle...
 
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I think I have a spare 2/3rds horn ring. The finish isn't pristine, but not horrid.
 
The real question here is, are the tach and gauges mounted in Stretch line of sight?
 
I think I have a spare 2/3rds horn ring. The finish isn't pristine, but not horrid.
I appreciates the offer, but this is a '69. The horn ring itself is metal, but the rest of it is a color-matched pad with a plastic emblem insert in the center. I have the original, I just haven't reinstalled it yet.
 
I worked on the car for over 11 hours yesterday, accounting for breaks.

In that time I'd expected to replace the shifter and install the new linkage, replace the clutch fork, install auxiliary gauges (including fabricating a bracket), and perhaps button up some of the wiring.

I got the shifter rebuilt and linkage installed.

Working on the ground in the backyard is far less efficient than doing things on a hoist. I'm sure I crawled under/extricated myself from beneath the car at least 35 times.

The shifter rebuild consumed a large part of the morning, because I was trying something new in terms of lubrication, which required an hour-plus of drying time. By the time I was done with application (I went completely overboard) the first parts I'd done were ready to start being reassembled. I'd disassembled the shifter completely, which means I took apart the entire selector assembly/handle mount too. That's a step most people skip because it's not the easiest thing to reassemble... yet I got to do it thrice. I reassembled it the first time, then said to myself, "Self, you idiot--you put the selector pin in backward!" I hadn't, of course, but I was looking at/remembering it wrong, convincing myself that I had. So I tore it back apart, and definitely reassembled it the wrong way. The real frustration with this boo-boo was that this time I didn't realize my mistake until the entire shifter was rebuilt. The reverse-lockout spring installed easily (the last step), but absolutely would not work... it was fine with the shifter in the R-1-3 position, but pulling back to the 2-4 position would cause binding and the coil to unwind and separate. I had to blow the whole shifter back apart to correct my error this time. It's a minor miracle that I didn't mangle either of the two 1.25" long, 3/32" diameter roll pins that operate the selector pin. I drove them out and back in four times, at no point having the right tools (which I'd mentioned to Stretch leaving work Friday). By the way, with the shifter assembled correctly, the reverse-lockout spring is a ton less enjoyable to install... but it works as designed.

An hour or so was wasted when I broke my own rule and didn't use every single part from the mockup I did in the garage. I decided to try the mounting bracket already in the car, not realizing that there are two different F-body shifter mounts. They look identical, but the one for the Inland (ITM) shifter is about 1/4" thicker than the Hurst part. Everything aligns perfectly, but it's Bind City when it comes time to attach the linkage.

Hurst late A-body/F-body mount:

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It's evil Inland counterpart:

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Since I was trying to save the time and frustration of undoing the shifter boot, removing the shifter yet again to change the mounting bracket ate up at least half an hour, not including the time spent looking for the wrong hex bit (I'd convinced myself the mounting bolts were 3/16" Allen; I needed the 1/4" bit the whole time).

The rub here is that I used the billet-aluminum mount I'd literally bought for this project years back. I'd not worried about it since there was a mount on the transmission--the 1968 Inland part that wouldn't accept the Hurst at all. Hence, the new one wasn't with the car when we changed the bracket at Stretch's. We sourced one from one of his OD transmissions based on photos on Brewer's website. They don't list the ITM mount, so it must not be different. It is, clearly.

A large part of the time was expended on modifying the crossmember so the 1-2 rod would clear it. Hurst mentions this in the original instructions, so I was aware it might be an issue. They just don't mention how dramatic the cutting can be. Anyhow, with the drivetrain in the car and the ground so close to the work area, getting the air saw in the right position was nearly impossible. Vise-Grips to bend the offending metal? No room. I might've gotten away with the needle-nose type--if I owned a pair--but it still wouldn't have been easy. I had to beat the cut area using an old rocker shaft, hammering on it through one of the steering-wheel gaps. Once it was reasonably out of my way, the remainder of the heavy lifting was done with a rotary rasp, after the bur was taking dreadful amounts of time to show results. I finished up literally as daylight left and the temperature was dropping quickly. It was well after 9PM.

Had I bothered with photos, I'd have been out there until midnight. I was absolutely exhausted by the time I'd put everything back in the toolbox and lowered the car. Shimmying back and forth under the car that many times without a creeper takes a lot out of an old guy.

It's all connected and functioning, but action seems notchy and inconsistent. I attribute this to two things at the moment: the lube I used in the shifter requires time to burnish (polishing by sliding against itself) and I'm shifting a rebuilt, and hence dry, transmission. Reverse won't engage completely, but being unsynchronized and straight-cut it doesn't surprise me. I can hear its idler smack against the side of the gear on the mainshaft, halfway through that satisfying clunk an A833 makes going into reverse.

I guess final judgment awaits the first drive. I don't think I screwed up anything internal on the transmission, but it's entirely possible. Hurst shifters aren't particularly complex either.

Today's weather is non-compliant, so further work on the car (and the pressure washing I wanted to do) will have to wait. I might futz about in the garage later, though.
 
11 hours straight? Now that's Dedication. I usually get frustrated after a few hours and have to take a break. Then get back to it a few weeks later :ROFLMAO:

Nothing worse than doing a job more than twice. Unless it's the same job 6 times 🕺
 
A little progress tonight after work, since the weather was cooperative and I had some spare ambition.

Mostly it was disassembling the dash, for a couple of reasons. The first of those was not wanting tach wiring hanging way down and around beneath the dash, but I'd also like to put a vintage aftermarket radio in the dash. To that end, I'd picked up an old Alpine 7327 on eBay fairly inexpensively. It's got the unique combination of a sliding-needle radio tuner, Dolby Noise Reduction (B-type, before there was a C-type) and "Music Sensor", Alpine's term for automatically finding the next song on the tape. The only drawback is no presets or seek tuning, but since all the stations suck here and it's not going on any trips, no biggie. It's much newer than the car, obviously, but it won't look completely out of place with the old-timey tuner dial.

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Taking out the radio isn't so bad, once you figure out where the two nuts that retain it are located. It has to come out to remove the ashtray, which you'll want out of the way to remove the heater controls. I briefly considered leaving out the ashtray and mounting the auxiliary gauges in that notch, but returned to the original plan of retaining it and mounting the gauges below it. The gap it would leave around the gauge panel is a bit too beater for me. Besides, I might want to use it occasionally. Once it was out, I removed the knobs from the heater controls (they're retained by setscrews) and set about carving up my hands trying to remove the two nuts that retain the controls' bracket to the back of the bezel. Not gonna lie, the retention method for those controls is sorta hokey. Once the controls are out, and only then, can you get to the last of these tiny bastards, eight of which retain the bezel to the dash:

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To my knowledge, only 1967-'69 Signet owners are subject to this abuse. :mad: Anyhoo, once that last prick was gone I could take off the trim piece. I was finally down to where I needed to be, with the heater controls just sorta resting where the ashtray once was:

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With everything else out of the way, it was pretty easy to remove the dash speaker--not because I had better access but because I could actually see what I was doing. The 4x10 speaker is bolted to a bracket which bolts to the dash. I plan to modify the bracket for a pair of modern 3½" or 4" speakers. The stereo imaging will be nonexistent but at least I'll have sound up front. Having it this far apart, and seeing what a disaster the defroster vents are, as much as I hate to spend much more on this pile I decided to replace them with reproductions rather than sun-beaten originals. I'll have to order new hoses, too--one's missing and the other, well, look closely at the above. It's typical for these cars. Side note: the original speaker's dust cover was falling apart, the cone is trashed, and the magnet is so weak it literally can't pick up a trim screw.

While I await the arrival of the defroster bits, I'll fab a bracket for the Alpine since there's no real structure to which it can be mounted. The dash bezel will have to be modified to clear its center piece, as well as for the tach wiring. I drilled a hole in a safe place through which that can be routed, behind the trim. I plan to put a small notch in the side of the trim to clear the wiring, as well as grommeting the hole:

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Fear not about me trashing the trim: If anyone ever wants to put it back to stock, self included, I picked up an NOS replacement part a couple of years back. Should I sell the car, the bezel will go to the new owner, along with the OE AM radio. I also have an NOS Signet trunk moulding for some inexplicable reason.

On the "put something together" end of things, while I had the drill out, I grabbed the step bits and hogged out ¾" of perfectly-good dash metal. Why? Because a 4-speed Chrysler product with a Hurst shifter just ain't right without a dash-mounted "REVERSE" light (Inland cars didn't get them, due to the reverse trigger). I couldn't find the one I have in the garage, so I grabbed the one in the living room that happened to have the factory bulb socket & wiring still attached.

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The bare, twisted-together red wire is the original lighter wiring, into which the previous owner hacked and twisted power wire for an aftermarket underdash radio. Other than me unwinding the stereo's power lead from it, that's exactly how he ran (and left) it. He also yanked the antenna wire out of the AM radio so hard he pulled the cable out of its plug... just one more thing I have to fix.

It was getting dark by this time, so I put away the tools (no, really, I did! 😄) and called it a night. Now I'm off to the interwebs to score some defroster vents, after which I'll peruse the Au-Ve-Co catalog for some tubing with which to connect them.
 
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It's been a long week and I didn't feel like doing much with Agnes tonight, but I felt I should do a little something to keep the momentum going.

I got in and had a look around, and the interior rearview mirror was wonky. Trying to adjust it, I remembered that it just dangles there, wagging to and fro like an ox's balls as he meanders across the field. I pulled it, knowing the tension can be adjusted both at the back of the mirror head and at the ball up by the sunvisor clips. The allen bolt at the back of the mirror head was an easy fix, it was simply loose. The ball was a different situation entirely.

There are three screws inside the base (hanger? it's at the top...): two retain a stiff metal plate with a divot that provides friction against the adjuster ball, and the third is a tension screw placed opposite them. There's a gap between the metal socket plate and the threads for the tension screw. Tighten screw, gap closes a bit, adjuster ball is tighter. Well, the previous owner--henceforth forever known as BrainTrust--apparently tried to tighten it as well, and stripped out the tension screw. Easy mistake to make, since you're fighting a surprisingly stout metal plate with a screw anchored in pot metal. Where the rocket surgery came into play was his attempt at a repair: He stuffed the stripped hole with aluminum foil. I guess he thought that would fix the threads or take up the slack? 🙄 Knowing there was no right way to repair the tiny machine threads in pot metal, I found a small sheetmetal screw, about the size of the ones used to retain hood-pin cables. 'Twas a bit larger diameter and much-coarser, more-defined threads so it looked good for the job. I took the tensioner plate over to the vise to put an upward bend in it between the divot and the tension-screw hole, and was genuinely surprised at how hard that little bugger was to bend. Bend it I did, and the plan worked... the adjuster is now tighter than my brother's spending in the presence of either ex-wife.

Next up was breaking out the die grinder and carefully making a notch in the dash trim for clearance of the tach wire. It only took a couple of minutes, and since that trim is nearly hard against the cluster bezel, it's virtually invisible. A quick test-fit showed that little idea worked out beautifully, and the wire's only visible for a couple of inches... clean.

A mirror holding adjustment and a small notch in a dash bezel aren't exactly photo-worthy, but on one of the trips between the car and the garage I glanced at my pair of 14x8 small-bolt slots. There's some minor eye candy. See, those two wheels are the only ones I've got (out of 9) that had center caps on them, and small-bolt five-ear caps are specific to the wheels. No other caps fit because they hit the lug nuts. Fingers crossed, I started removing the screws and to my amazement, they all broke loose nicely. One was already broken and was held in only by its threads' engagement in the plastic cap. Most of them screwed into Agnes' front wheels perfectly, but a couple of them barely engage thread so I'm going to replace all 10 with longer. The center caps are securely in place though, on both front wheels... and that's enough for me. For some reason, I really like the look of center caps up front and either nothing, or flat plates covering the rear holes. The age and deterioration are perfectly inline with the car's overall look, too.

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I neglected to update after Saturday's progress, and there wasn't much visual happening so I didn't bother documenting with the camera as I worked, but I got the rest of the engine wiring sorted. Mostly plug-and-play stuff there, but the two-wire alternator and its attendant '70-up regulator kept me busy for awhile. It's not a tough conversion at all, but I was not anxious to start carving up my brandy-new Year One engine/forward lamp harness either. It's just too pretty. 😁

The original voltage regulator has three wires on it: Green, which is the 1-wire alternator's field wire, a blue wire with a tracer that's 12V+ key-on, and a blue that feeds the ballast resistor with the key in the "run" position. The green wire had an uninsulated spade terminal on it, so I had no choice but to cut, solder, and heat-shrink it to the new two-pin connector for the later electronic regulator. I even used green heat-shrink tubing--pure class. 🤪 The two blue wires share a female ¼" quick-connect that slides onto the matching terminal on the original points-style regulator. That's where the trick lay: I needed that connector to mate to the blue wire on the new regulator connector, plus another blue wire (keeping it OE-coded) had to splice in there somewhere and go all the way over to the other field on the alternator. I wanted to accomplish that without cutting any more wires and/or ending up with some truly-ugly Y-splices.

My solution lay in a spare partial alternator harness from my '81 Imperial parts car. There was a factory male quick-connect already on a blue wire; it was the type that snaps into an insulator or the bulkhead. There was no insulator but I'd wired up the dash "REVERSE" lamp earlier, and the exact one I needed came on that wiring harness. The Valiant didn't use it because the terminal plugs straight into the bulkhead disconnect. I undid the strain-relief crimp (the big one at the back of the terminal), laid in the blue wire from the two-pin alternator pigtail, recrimped it, soldered, and heat-shrunk it. Now I was fully connected at the regulator, had a male quick-connect that would plug into the new harness perfectly, and had a six-foot wire to start toward the alternator. I did not yet complete that run because I'm not happy with the wire I have on hand (too stiff) and I need a factory-lookin' field-terminal connection (because I'm an idiot like that). The only other unconnected wires in the engine bay are the one for the brake-pressure switch on the prop valve and the ground wire for the starter relay (clutch safety switch). Since I did away with the factory brake arrangement entirely, there's nowhere for it to go. No big loss, since I've never had that light tell me anything I didn't already know via the pedal. I may work that wire into the line-lock system somehow, though.

I also ran the plumbing for the auxiliary under-dash gauges. I found a convenient (large enough) hole in the upper driver's corner of the firewall through which the temp gauge's bulb would fit, so that's where I went. I tucked the capillary tube behind the wiring harness and ran it to the front of the intake beneath the runners. It's just long enough to allow the gauge to be where I want it; I may paint the part on the engine red to conceal it a little better. The oil-pressure line was installed by putting an ⅛"NPT street tee (one male, two female) into the hole in the block. On the female that points straight up, I installed an idiot-light switch from Allstar Performance that turns the light on at 20PSI rather than the factory "it's already too late" 4PSI. I love a gauge, but for instantaneous "oh shit" moments it's hard to beat a bright red light in your face. The horizontal female is where the compression adapter for the mechanical line went. It's pointed toward the main engine harness, and the tube is concealed the same way I did the temp gauge's tube.

Other than a few minor unmentionables (modifying the starter relay--don't ask--and unwrapping an entire automatic neutral-safety harness to get the whole ground wire for said relay) and a good pressure washing, that was aboot it for Saturday. Sunday I was awaiting more parts and didn't feel like fabbing the radio mount or dash speaker bracket for the "new" (that means mostly ancient Alpine) equipment... I'm actually going to try to get some stereo imaging upfront without cutting the dash, so that ought to be interesting.

And that, kids, gets us through the weekend.
 
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I should probably mention that concealing the plumbing for the aftermarket auxiliary gauges wasn't a "sleeper" consideration. Those two gauges will be plainly visible from almost any view outside the car, so hiding the plumbing accomplishes nothing there. I just want to keep the engine bay as clean and stock-looking as possible... kinda tough with an 800 mechanical-secondary Holley and a towering single-plane intake, but so far I'm pretty happy with the results.
 

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