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All the vg30e pathfinder injectors are the same, some have blue or black dots, you can interchange them but the whole set should match. I have mixed them and didn't notice a difference but it's not best practice. No difference for manual/auto. If you bring a meter and they're around 14ohms they'd be worth grabbing as spares. As for the stuff under the plenum like the idle air valve, supposedly they're different from auto to manual, but I actually put a used one from my 1994 parts truck (auto) onto my 1995 SE (manual transmission). Runs perfectly fine. Since your truck is a 1992 it will have the square dash, so 94-95 round dash wiper/headlight stalks may not work. Washer pumps are readily available, I wouldn't bother grabbing that stuff, same with blower motors. I would grab any trim that is in good shape like door arm rests, dash vents/surround, etc. That stuff is getting very hard to find used and not destroyed. Also the window sash mouldings are hard to get now as well, the "scraper" seal at the bottom of the window is what I mean.

If it's made it this far... Either it was well cared for or replaced. it'll be fine

- fan shroud - Anti Skid Actuator for the ABS - clutch damper

Check ebay I was able to buy some new front window mouldings from nissan in thailand. I bought 3, and cut 1 in half for the rear door windows.

I haven't heard much good about aftermarket distributors, so if they'll sell it separate from the engine, that would be a good thing to have on the shelf. If the fuel tank doesn't smell like something died in it, consider the fuel pump/level sender assembly as well. There's an access plate in the floor above it, so you don't have to drop the tank. Round-dash headlight and wiper stalks will not work on a square-dash column without extensive screwing around. (I looked into this for mine, because I've got two sets of round dash switches in my stash, and decided it would require more butchery than I wanted to get into.) A square-dash cruise control headlight stalk should fit a square-dash non-cruise truck just fine. It'll just have a second plug that doesn't go to anything. It's possible to add intermittent wipers if yours doesn't have them. IIRC the amp is the brown box on top of the wiper motor. There's probably a writeup for the swap on Infamous Nissan that'll tell you what all you need. Are you missing any clips? Fasteners? I grab any hardware I take off, plus whatever is left around loose. The metal clips for the plugs in the engine bay are easy to lose, might as well grab a few of those with the injectors. Might be worth grabbing some spare relays, too. I paid $2 each (about ten years ago!) for a pair of factory blue relays, which have been running my headlights since. Tail lights are surprisingly expensive for these. One of mine has a small crack in it, so I'd be on the lookout for those. And yeah, if you find a front door arm rest that isn't cracked like a dry lake bed, grab that SOB. Make sure you know how the yard operates (and charges!) before you start pulling things apart. Some yards may not want you to break up what they consider an assembly. (Might not want to sell a door handle, if they think they can sell the whole door.) One yard I went to wanted to charge me for a whole steering column, when all I needed was the headlight switch. Hopefully yours is less uptight.

Alright, bit of an update... First off, I did not meet my goal of having it rolling by the end of Feb. Maybe this weekend, we'll see. Right now, the axle has been removed from the truck for hopefully the last time. Pulled it off to finish welding the bump stop pads, steering stabilizer mount, whatever touch-ups, and then paint. To that extent, axle work is DONE! Will get some pics when it's daylight. The last couple weeks have been super busy. Almost every day and/or night that I can. Updates... Finished the air conversion for the sway bar disconnect. Big thanks again to @TowndawgR50 for making the piston rod and all his support on this project! Have yet to test it on the truck (my OBA setup has been pulled for re-work) but it's ready to go. Not sure I showed this previously, but I made it so that I don't have to pull parts from the engine bay to access the strut tower/mount hardware any more. Now I can just unbolt the upper coilover mount from underneath. Maybe one day I'll pursue a strut tower brace. Finished the brake caliper mounts! Well...almost. Still need to powder coat the RH side, but the LH side is done. This f$kc!ng pic just reminded me right now that I forgot to grind the knuckle for clearance to install the lower caliper bolt, which I needed to switch out to socket bolts due to the space. Well, guess that's happening tomorrow and some repainting... ... I did have a bit of a setback with the power steering setup. I was mocking up the steering stabilizer and had the truck running with the wife turning the wheel so I could change for clearances. *SPLOOSH* ATF spraying all over. The aftermath... After assessing the failure, I deemed it operator error on two faults: Despite being as gentle as I could to push the braided sheathing back using a small screwdriver per instructions, I must've weakened the PTFE liner enough. I must've pushed the braids too far back with insufficient overlap on the ferrule. So, I can tell you that ATF absolutely sucks to clean up. It is a nasty, nasty chemical. (And for those wondering, yes, I am using ATF as my power steering fluid...it's what is spec'd.) That $hit got everywhere. I cleared the space out and power washed the engine and concrete shortly after this happened and the engine is still dropping ATF in spots...and I only worsened the mess during the repair process. I can't wait to get the truck out of the garage to really hose it down! Anyway, I ponied up for a proper tool from JEGS that pushes the braid down uniformly and to the correct depth. I was reluctant to drop $50 initially, but I paid the price and then some for not getting it in the first place. I pulled all the lines (two; four fittings total) to inspect and redo them. My original fitting installs were showing a little bit of fatigue that likely would've let to failure again. I have a little more confidence this time around having used the tool. Here's the new line, shown on the concrete where the spill occurred as indicated by the silhouette where my foam mat was. This was the direction the steering stabilizer was heading before the busted line: After doing all the other work on steering angles and such, this is basically the only place I had left to mount it. It hangs about as low as the axle tube, so it's not really eating any more ground clearance, but it will likely be the first thing to be struck. I tried to keep the brackets simple, and while this piece worked great, the plate came too close to the diff cover for my liking. I went with a different design that rotates the plate around (the u-bolts have plenty of clearance) and allows me to slide the bracket a couple inches towards the passenger side just in case. Pics to follow. ... I received my front driveshaft! Ebay special for $300, custom length for my project, intended for "hack-n-tap" Jeep applications where they do a slip-yoke eliminator (SYE). Double-cardan unit with a probably generic Spicer 211229X/Neapco N2-83-388X flange and uses Spicer 1310 series u-joints. The TX10 flange is equivalent to Spicer 2-2-1309. They're fairly similar, dimensionally, but an adapter is needed. I fired up my CNC router to make a mock-up adapter based on Nissan Nut's version. He pockets one side to hide the hardware used to attach it to the TX10, and then has threaded holes bolts to attach the Spicer flange to it. I eventually realized either it's not a good design, or I still can't understand half the stuff he writes. Probably both. There's not really a good way to get a wrench on those bolts. Use of socket bolts wouldn't be much easier. (I came up with what I think is a better design, discussed below.) As far as clearances go, this should do nicely! Clearance over my crossmember is perfect. At full compression, there's "enough" clearance under the sway bar. This is what full compression would look like (I didn't have the bump stop pads welded on, but you can see I'm nearly maxed on the coilover), but I will be limiting compression beyond what is shown in this pic, so my max compression will be less than this. After confirming the driveshaft fitment and clearance is good, I went back to thinking about the adapter and bastardized my v1 to make it v2: This actually uses rear wheel studs for the truck and the leftover axle shaft studs from when I did the disc brake swap. The lengths on these not only end up being perfect, but they're the same size and thread as the OE hardware for both the TX10 flange and the H233B flange, so I've got new OE hardware on order to replace everything (I still need to pull the rear diff to swap gears). This adapter will be 3/4" thick, with 1/4" pockets for the stud heads. Master TownDawg will be producing the finished piece from aluminum, since neither of us are convinced redwood is a suitable material. And unrelated to the SAS, I bought new terminals and really like them. I made something similar using replacement lugs and terminals, but this is way cleaner and better for some of the stuff I need terminals for. Ok, that's it for now. Getting closer to having it back to being on the ground.

Thanks Adam and FirstGen, super helpful info. I'm gonna try this HyGard, picked up a gallon today for $33us. It's a touch lighter than the Redline MTL (9.4 vs 10.4) or about the same as the Pennzoil version of Synchromesh. If it works great I'll stick with it. If it gives me grief in low temperatures I'll try the HyGard LowVis (7.4cSt I think) which is very close to most ATF options. Not sure why I'm nervous about running ATF... I think just because they're both high mileage transmissions... But anyway I'm all about experimenting so we'll see! I'll update here when we have some miles on it.

I've done 15,000km on my reconditioned transmission using ATF dex III and had no issues. The gent who recommended it has been building these gearboxes for decades. I dismissed this at first and put 80w90 in it, then 75W/90, and couldn't select gears when cold. Now it shifts great.

I do have a known good 1994 SE Automatic ECU, lmao.