All Activity

Yup. Most of the pertinent info on Hybrid will be from 10-15 years ago. And probably most of the picture links won't be there anymore. I used to post a lot there but haven't been on in years... A 225mm flywheel and clutch package won't hold the torque of a turbo engine. I originally used the 260Z stock clutch and transmission (and R180) and realized after one drive the clutch wasn't going to do it - and that was at factory boost. I've been using an Exidy 240mm clutch and flywheel package for 12 years or more (well, 2009... How many is that?). I've been running 10-12 pounds of boost for quite some time. (You control boost with your RIGHT FOOT and even when you're driving hard, you're not always at full boost. Most of your driving time time is not in boost at all and if you're sized and tuned correctly, you're in and out of boost fluidly - turbo lag becomes a myth) If you're going turbo DO NOT go with a LIGHTENED flywheel! You need the spinning mass IMO. Which Megasquirt are you looking at? I'm about to bounce from my MS3X, BUT you'll thank yourself if you get rid of the single coil and do coil on plug, sequential ignition.

I have no idea if I did or not, but feel free to copy it over there, or maybe @Mike can duplicate the post there.

Even though you put a ton of work into fixing up your old garage, I guess it wasn't too difficult to leave it behind in return for a clean, modern garage already equipped with a good floor, good lighting and three bays (not to mention a separate, two-level barn for storing panels and parts. 👍

They have a hinge mount plate on the inside that will fall when the bolts are removed.

Actually, because of safety, some organizing bodies forbid chest straps without something to hold the shoulder belts from slipping out.

Pictures would be good. You can probably get a view from inside the open door, towards the front. If they bolt from the outside in, the fenders will need to come off unless you don't value your paint...

No as far as I know with the introduction of fuel injection they switched from inside to outside as they where in the way of the ECU and fuse panel.

Namerow got me searching... You can buy trammel point on Amazon pretty cheap. Add a 1x2 thats long enough and you should be good to go... https://www.amazon.com/s?k=trammel+points&crid=K19KM88E6XBD&sprefix=tammel+heads%2Caps%2C343&ref=nb_sb_ss_p13n-pd-dpltr-ranker_1_13 My frame man uses them alot to make sure the car is square and even. You set it for one side or one diagonal and the mirror side should be identical

Do they not bolt from the inside out?

I appreciate the explanation and truly feel your pain doing this in the vehicle.

@Matthew Man, Coming in late here. Decided to go through unread topics I missed and ran across your post. Any chance you posted this to the resource guide for future reference?

Yarb, it is the gasket I found at Rockauto. I think it is a cork type. Steve from AZC recommended to use the RightStuff gasket maker. I used it in the past, it seals well, and is a major pain in the neck to deal with if you want to remove stuff. Steve mentions it in his note with his oil pan that the best way to install the oil pan is with the engine out of the car :-) I wish it was my case. With an oil pan installation, the clearance on the 280z is tight already. The oil pickup on the AZC pan creates an issue trying to install the pan without jacking up the engine to give more room. If I use an RTV like RightStuff, I would swear that stuff all over while trying to install it. It would be a mess. What I did is to put a thin layer of black permatex onto the AZC pan and glue the cork gasket to it. Give it a few hours before the final installation. Now I can move the oil pan around the oil pickup with all my bolt holes nicely lined up etc. The gasket wouldn't move it I bump it against something. Apply some black permatex in 4 areas the FSM talks about, and you are all set. I don't think it would matter if it was a cork type gasket or a rubber one. I just need some material to seal the oil pan against the engine. I am sure some other guys have a different way to deal with it. If my engine was out of the car, flipped over, I would be happy to lay a nice bead of the RightStuff and carefully place the AZC oil pan on top of it. I am sure there would be no leaks since this stuff truly seals.

I do have a question out of curiosity, Why do you choose to use a cork gasket. I am definitely not a resource on gasket types used but I personally have not seen an old cork gasket that they used in the 70’s era on a Datsun. I realize I’m opening myself up to criticism.

I installed the AZC pan, very nice piece. No leaks yet - I used a cork gasket with a few small blobs of black RTV in the areas suggested by the FSM. It might be in my head, but the engine noise had quietened down since the pan installation.

Thanks, Yarb. I am on hybridz too, I joined it when I started exploring the Megasquirt/turbo upgrade (I was getting fed up with the AFM/running lean etc lol). There is less traffic now as it used to be.

@Zed Head I was merely stating that most folks here haven’t gone that route and trying to be helpful of pointing him in that direction if needed.

@cgsheen1 has turbo experience. darom is already on Hybridz anyway.

Going with the turbo will probably result in getting most of your answers from Hybrid Z’s site. Not a lot of folks here have gone that route.

Hi Zed, unfortunately I didn't take a picture of the back side of the PP. I did inspect it, it looked like a brand new brake rotor, no scratches, smooth surface. No discoloration. Appreciate you checking it out for me. I took the car for a test drive - the shifts were fine, no slipping. Re: the turbo - I am looking at the Protunerz turbo kit. A larger flywheel (240mm) is probably what I am going to end up with. I am sure I will have questions for you guys here on this forum later on :-)

Glad to see you back.

I meant the contact surface. The other side, the friction surface. It can get hot spots also. Hot spots are not necessarily bad though. If it worked fine, no chatter or slippage, and it only has 1000 miles I'd just reuse it. But that's just me. Do you know the brand and type? It might give a clue on how appropriate it is for a turbo engine. Nissan used the larger flywheel and pressure plate for the turbo and 2+2 cars. 240 mm instead of 225.

Here is one of the PP:

Or it might be that it's not even worn in yet. I don't see hot spots. Might help to post a picture of the pressure plate.

Shoot, I wish I would have posted my flywheel's picture for you guys to review too. Here is what it looked like when I removed the clutch disc: Previously I didn't have any clutch slipping/disc chattering issues. My plan is to install the turbo next year and replace the clutch with a beefier version if it is needed. Either I will re-surface the stock flywheel then or go a with new lighter version, I will have to do a research about it/ask the forum for an opinion. Appreciate your input.

The reference points used to generate that 913mm measurement are tricky to replicate in practice. If you look closely at the small sectional drawing of the front shock tower, you'll see that the 'A' point actually lies on the plane defined by the underside of the shock tower cap. You can't measure at this plane unless you remove both front struts and then use either a trammel bar or a plumb laser. So, instead, you have to measure across the tops of the shock tower caps. But... Not so apparent from the sectional drawing, but very clear to the naked eye, is that the shock tower cap has a lip on the top (this is a little more evident in the sectional drawing of the rear shock tower that appears on the right side of FSM Dwg. BF-3). The top of this lip sits (by my measurement) 13mm above the bottom (reference) surface of the cap. So when you take the 13.5-degree cant of the front strut into account, it means that if you measure the A-A distance at the top of the lip, the result it will be somewhat less than if you were measuring at the (intended) bottom surface of the cap. My calculator says that 'somewhat less' = 7mm, so a measurement of A-A taken across the top of the lips should be 906mm. Now, if you left the press-in black plastic trim buttons in place (did you?) and took your measurement across the top of the buttons, you'll be measuring at a plane that's even higher above bottom (reference) surface of the shock tower cap. 906mm will shrink to ~ 902mm (est). Also: It's difficult to make this measurement accurately with a steel rule or (worse still) a tape measure. The correct way is to use a trammel bar*. If you used a steel rule or tape measure, your measurement accuracy will be no better than plus/minus 1mm (and more likely only plus/minus 2mm). * You can make your own single-purpose trammel bar. Start with a 4-ft (1219mm) length of 1" x 2" lumber and two 6-inch lengths of straightened 0.032" wire. Drill a slightly undersized hole into the flat side of each end of the wood strip (drill all the way through) and then press the wire lengths into the holes. The holes should be about 900mm apart. Now, using 1-qt paint cans sitting on each front fender, support the wood strip (your 'trammel bar') above and across the shock towers. Adjust the projecting length of the wires as required. Then line up the tip of the LHS wire with the centre of the LHS shock tower trim button. Then -- taking care not to disturb the trammel bar -- bend the RHS wire until its tip aligns with the centre of the RHS shock tower trim button (you may need to go back and forth a bit, until you're satisfied that both wire tips are correctly aligned with the centres of the trim buttons). To get your final measurement, transfer the paint cans and the trammel bar to your shop bench (don't disturb the wires!). Then position a steel rule on the bench top so that it sits under the wire pointers and take your measurement.