Captain Obvious

Yes, you use the same original washer. Everything else is the same except for the nut. Every distorted thread nut I've ever come across is listed as "one time use" and is non-reusable. That said, depending on the application, sometimes I violate that directive and reuse them. However for this application, I would not do that. I would get new ones. But if you do this job right, you hopefully won't be needing to go back in there again for a long time.

Agreed. I just can't come up with any functional reason why it would really matter at all. And the hat in the rear spins as well. No bearing, but the rubber mounting block with the three studs sticking up out of it is independent of the upper perch below it. It's got that goofy hard plastic spacer in there or something? Been a while since I messed with one. Doesn't spin as easily as the front with the bearing, but it should still spin. Of course, all that said, My OCD will force me to put the perches back on the same way they came off. Lower, but same rotational orientation.

And as for the project, I made some progress. Hacksaw with a sharp new blade made quick work of the perches. I was worried that it would be a real chore doing it manually without a machine, but it was actually quite easy: Turning the strut in the vise as I broke through. And it was quite easy to tell when I broke through as well, so I didn't cut into the strut tube: Go all the way around and then used a rubber mallet to tap the perch up and off: Rinse and repeat on the other side and here's where I am right now after grinding off the weld beads:

I got a question... Here's a pic of my donor strut tubes. Note that the right side (left unit) perch spring end points toward the rear of the car, while the spring tip on right side unit points towards the front of the car: I confirmed on my stock units which are still on my 77 280Z. The spring tip sections of the perches on the left side spring tips point away from eachother (front strut points forward and rear strut points backward), while the right side tubes do the opposite. On the right side, the spring tips are both on the inboard sides. Question is.... Does it matter at all where the spring tips end up? I'm assuming that there was some simple fixturing reason Datsun put them where they did, but I'm having a hard time coming up with any function reason it would matter where they end up. However, I'm not a suspension guy. Anyone have any input?

The 280ZX used a distorted thread prevailing torque type nut. Pic. Thanks Blue!!

Looking forward to it (or them). Would be nice to take yon on an excursion with site! Vorticity, Glad you got the brakes sorted out, and sorry for the diversions. Glad you caught the heater hose before it went wide open. I split one of mine a couple years ago and didn't notice until the gauge was pegged. By the time I got home, there wasn't enough coolant left to leak.

ZH, Yes I did some of that thought work because that's the only thing I could come up with for my sticking throttle plate. I had all the springs in place, but the theory was the worn throttle shaft was sticky and a high pressure differential would pull the plate in tight which would put max pressure on the bearings (and they would stick) Might just be a different point of reference, but when I picture the throttle body, you push down to OPEN it. Pull up to close it. While the RPM's are hanging. reach in and pull up on the throttle linkage sticking out the side of the throttle body. Don't just look at it and believe it's closing correctly. Pull up. What happens if you blip the throttle? Does it ever return to normal?

Oh No!!! Is the insurance company involved, at least for reimbursement? In other words... Was the accident deemed the other guy's fault? I had the exact same accident occur in my past. I bought a new car and went over to my Dad's place to show it off. He asked if he could take it for a spin. Of course, I tossed him the keys, and while he was out, the exact same thing happened to him. I wasn't with him, and I was really wondering what was taking so long... Thankfully there were witnesses and the accident was deemed 100% the other guy's fault, but the damage was done. Car had under 2000 miles on it at the time.

When you disconnect the BCDD, it becomes enabled. That means yours is currently enabled full time, even when the car is sitting still. So it's doubtful that is what's causing the issue. It really sounds like the throttle is hanging up mechanically. You said that the throttle linkage is working smoothly and the throttle plate is closing. How do you know? Have you manually grabbed the throttle linkage right at the throttle body and pulled it up to make double dog sure the plate is closed? I've had issues with that in the past.

Since one end of the spring pushes against the threaded in plug, increasing the thickness of that spring could (under certain circumstances that aren't in play here) reduce the oil pressure. The thicker that washer, the further the inside surface is from the overpressure relief, and the easier it will be to open that bypass. The only thing that bypass valve does is limit the upper end of the oil pressure. If the oil is thick (cold) and the engine is tight, that bypass will open and limit the pressure to an upper psi. If the oil is thin (hot) or the engine is worn, or the RPM's are low, that bypass valve will be closed and not be doing anything at all. In other words, if you've got low oil pressure, changing the bypass valve spring won't do anything to help. When the oil pressure is low, that valve is already closed and not having any impact at all on the pressure. So unless that spring is so weak that the bypass is being opened accidently at a very low pressure (unlikely), it's got nothing to do with the oil pressure level.

Man's got to know his limitations.

Oops! Sorry! Memory like a goldfish. Well that, and I kinda wander in and out of on-line consciousness. I'll put something together. I just took some pics.

So your one passenger is really cranky, and the other is really shifty?

I know I should be stronger than this, but I just can't get Austin Powers out of my head.... "That's not my bag, baby."

LOL! I'm beginning to think you're just stalling. You don't have to pretty it up first. We're not that kind of crowd.

That's awesome. I was watching the news and they mentioned a line of rain that went through the PNW. Is everything still on fire, or did the rain help with that too?

Pics of the underside or it didn't happen.

What he said! Somebody put a lot of effort into that interior. I thought I could deal with it until I saw the e-brake boot. Then I decided that I couldn't. Haha!! The rest of the car (other than the choice of interior) looks great! So what are the two switches under the aftermarket console cover?

I took a quick five second look on the internets for info on the tested and turned up what appears to be a manual? Maybe? http://datsunforum.com/efi-troubleshooting-kent-moore-j25400-analyzer/ It's in .jpg form (not pdf), so reading through it is a little more difficult. I'm assuming you have already trawled the web looking for info on the tester and with that in mind, I'm assuming you've already been through this doc? I could get lost for hours looking for info...

Sorry, but I have no idea. And that later device, I assume, IS computer controlled. Way more complicated. Hope you can get that tester operational.

Site, Glad you're out of danger. Now I just hope all you guys on the west coast can do the same!

Are you using VR pickups or Hall Effect? You probably already mentioned it, but I don't remember.

Couple days ago I picked up a spare fuel sending unit to mess around with. First thing I did was checked the thermistor, and it's open circuit. So unfortunately no help there with analyzing a working one, but at least I get to see the thing with my own two eyes. So since the thermistor was already dead, I figured no harm in starting the autopsy. Desoldered the end lead: And pulled (what's left of) the thermistor out of the can. The thermistor nugget itself is completely vaporized. Just like what you guys found, all that was left was the two leads: I still contend that there is nothing interesting inside the black plastic end plug. Here's some shots of the two ends: A And for confirmation, I took it apart. It's just a brass ferrule with flared over ends so it stays in place inside the black plastic cap. And then they use that brass tube as a connection point to solder the flexible wire to one of the thermistor leads. Looks like this. They just bent the ends of the two wires into "U" shapes and hooked them together and then soldered the whole thing together: Here's the hollow brass tube after the solder has been removed: So there's no mystery hidden inside that plastic cap. It's just transition from yellow lead wire to the thermistor lead. @Dave WM If you're going to do another thermistor swap, you don't have to splice the wire to the old stub. You can just solder it into the ferrule.

What are the anomalous regions at the beginning and end of the run? Cranking at the beginning and struggling to run at the end?

Very nice! Thanks for the pics. That tester is very cool. Hope you can actually get it to work! Looking at the back of the board, I don't see anything that looks like a microprocessor. I I would have expected it to be computer based, but unless they used something small (unlikely during that time), it doesn't appear so. That thing must've cost thousands when it was new.