SirPaperbag

I just bought handbrake cables for the MB6/MC2 models. They have rear discs and in the case of the MB6 are the exact same chassis as mine. Haven't attempted the actual swap yet, but I've got all the neccessary parts lying around already and am pretty sure that the MB6 cables are gonna work. And don't forget that you'll need different brake lines, as well! (Just the flexible part, though)

You are technically right about not needing the whole trailing arms, but good luck with both finding the spindles by themselves in usable condition and taking the old ones off. Finding parts like that is getting progressively hard as our cars start to turn into oldtimers, and most of these super specific upgrade parts have already been grabbed about a decade ago. We're kinda late to the party in that regard. The spindles are also secured to the trailing arms with extremely strong threadlocker, which oftentimes are pretty old and corroded on top, which makes removing them near impossible without drilling them out. Stripped a bolt attempting to remove the disc brake ones, even with applying heat and using rust remover beforehand. No chance. So, yes - you technically don't need them, but realistically you will. Except if you're fine with drilling all of the bolts out and dealing with that headache. And the part about bleeding the brakes is also generally correct. Most cars have their brake systems set up like that so you can still come to a stop if a brake line fails. Otherwise if you combine FR with RR / FL with RL you will only have working brakes on one side of your car, which I don't have to explain why that would be very bad.

Small update on the whole brake prop valve situation: Apparently, EG6 prop valves could also work, as they don't have ABS and 262/242mm rotors in the front and rear, just like our M-chassis Civics. So, if that's true, you could get a brand new valve for less than $200 from Japan. Part number for these bad boys is 46210-SR3-013 And you should be fine sticking with your original brake master cylinder + booster! But if you've got 242mm discs all around instead you'd need a "1725" valve (46210-1725-XXX) off a Del Sol, not off an EE/ED/EF Civic! (Different f/r rotor sizes)

Might have to get a bit more specific with those questions. But generally speaking, EG and Integra suspension parts are usually compatbile. But there is a great compatibility list on this page which should help you out for now. Sadly I can't help you out with your steering wheel lock, never had anything happen like that to me.

Got some from Climair installed rn, and they fit very well. They're still available brand new. Only thing I had to do is grind off a bit of the holding tab in the front (was a bit too long) but that's completely normal with these things. And you can even choose between clear, tinted, and dark, which I find quite nice.

The part about needing new trailing arms is 100% correct, as the drum brake ones lack the proper mounting points for a disc brake system. But you've got to be careful with which arms you choose, as the wrong ones could end up increasing your rear trackwidth and that's gonna end badly for your handling. As our M-chassis have borrowed a lot of suspension components from 5th gen Civics (EG), I'd recommend searching for EG5/EG6/etc. trailing arms, as they should keep everything in spec. I for one got a pair of EG5 arms to go with my non-ABS system. But that's only part of the problem. If you've somehow managed to get yourself the right trailing arms then you still have to find a matching brake proportioning valve (or prop valve) that splits the pressure correctly between front and rear. Otherwise your rear brakes might either not bite enough, or bite too much and cause the rear to kick out while braking (very dangerous). This is especially important if you've got something like an MOT or TÜV here in Germany, where your car gets an inspection every X years and they check your brake performance. M-chassis Civics also use an old style of prop valve, which makes it EVEN HARDER to find the correct ones. What you generally want to get is called a "4040" valve, which is just the model number, nothing more (some dumbasses online claimed those valves split 40/40, but where the hell would the remaining 20% go?) I also found a nifty table somewhere on an obscure forum, and I don't know where exactly I got it from, so I sadly can't attribute the original poster, but here it is: And depending on the caliper sizing, you might even have to upgrade your master cylinder, but that's getting really technical. So, in short, get the correct trailing arms, a somewhat correct prop valve and maybe upgrade your master cylinder. If you want to do it properly, it's a whole lot more work than just doing enough for it to work. Pro Tip: You can also fine-tune your front/rear balance by using more or less aggressive pads. And regarding rear ARBs, you've got a choice between either buying some used EG6 brackets, using aftermarket ones, and reinforcement braces with mounts included. I went with a used EG6 ARB, plus mounting hardware, because I wanted to try out how much difference just that dingy little thing would make (a lot). Here are a few pics of it both installed, and some pics of the used mounting hardware. You also need fitting lower control arms with mounting holes for the endlinks. And I'd recommend buying new endlinks while you're at it. And maybe a few harder rubber bushings on top. I also had to fabricate some small metal standoffs for the mounting bracket to properly fit to the rear frame (top right picture, the screw just above the yellow marking). This would be the alternative, a rear brace with mounts included: But some places also carry aftermarket versions of the OG hardware that I mentioned and shower earlier, so that's an option, as well. All in all, it's a s**t job with tons of little hang-ups, researching, browsing marketplaces and painful installation, but the handling difference is night and day.

With ECU stuff OBD1 really is the way to go, because whether or not you decide to chip it or put an S300 in it, it's basically the best choice to use an old OBD1 ECU. I've actually got a S300 installed in my Civic right now and since it's a pre-facelift it already was OBD1 from the factory. But OBD1 conversions are relatively easy and well documented online. Depending on your personal tastes you could also go with a standalone ECU like a Link or Haltech unit. They cost roughly the same as a S300, but offer a very different featureset and more modern management options. (But they are not plug-and-play) And while I don't have any experience turboing cars, I'd say a relatively safe power figure for a D16 would be 160 to 180-ish hp. (Those conrods are thin) Already took apart a spare D16Z6 that I bought this summer, as I plan to completely rebuild it for a high comp NA build, and when I held those tiny little spaghetti-conrods in my hands I almost couldn't believe that those suckers manage to survive regularly hitting 7500RPM!

Basically any D-Series manifold will fit all kinds of engines out of that particular family. Except D17s, those are "special" (aka the worst engines Honda ever made). Got a 4-2-1 header myself that I bought when my car still had the stock D14 in it and it directly fit my D16Z9 without any modifications. And I can attest to the rust concerns - my rear arches were pretty bad (but still manageable) when I got mine, the front corners where the fenders meet the sideskirts were rotten through and the rear corners are also slowly starting to bloom, as well. Definitely make sure to check those spots when you've got the time! Oh, and your distributor is probably going to die at some point. All of them do, it's kind of inevitable. Do yourself a favor and don't get one of those repro units when it finally goes out - Blueprint and Yingzhen and whatnot units are all Chinesium garbage. The only high-quality replacement I could find was one of those rather tacky sounding "Dragon Fire" units, but quality-wise they are pretty much OEM+, made in the US (not China), and even provide a stronger spark than the stock dizzys do. Other than that, welcome to the club! :)

A faulty vaccum line or a bad IACV could very well be the reason for all of your problems. Bad vacuum line / IACV -> more air gets into the engine -> lean mixture That explains the slow rev-downs because the extra air works like a stuck throttle and also explains the timing being pulled in higher RPMs due to a lean mixture. Your engine is definitely being fed too much air, and it has to get in there somehow. Now the fun begins - searching for a leak. I'd recommend checking your intake system with (low pressure) pressured air and soapy water that nicely foams up where the air leaks out of your system. I don't envy you, searching for mechanical gremlins is always a s**tty job. Especially on modified cars. Start in the obvious areas, the easiest explanation is often the correct one. And check your gaskets, too! Good luck brother

I have actually used both Rainsport 5 and the AD08RS tires, so I think I'll just throw my two cents in here. The Rainsports are literally a 10/10 in the rain - I once drove on the Autobahn during a heavy rainstorm with around 130kph and I didn't get even the slightest bit of aquaplaning at all! But their dry grip is not the best to be honest. They tend to understeer and 'smeer' during cornering, so maybe a 7.5/10 in that category. The AD08RS are also very good in 'bad' (rainy) conditions - I'd give them an 8/10 in that regard, they grip quite well in the wet for semi-slicks. When I went over to my mates' to put the new tires on my wheels it was still early February and quite the rainy evening, but the brand new tires didn't feel slippery or dodgy in those cold and wet conditions at all! (Around 5-7°C and quite a lot of rain) Their dry grip is in a completely different league as well - the car feels like driving on rails compared to the old Rainsports. On my usual B-roads there were a few corners that always felt a bit dodgy/understeery when I took them with 100kph, but the Advans give me nothing but confidence! So, my recommendation for you would be the AD08RS. Their dry grip is almost perfect in my opinion and they are good enough in the rain, especially if it's mainly a dry-weather car. (And I use them for my daily, so...) Plus a few pictures comparing the fitment (same tire sizes for both of them):

Well, if you install a lighter flywheel you reduce the engine's inertia, aka its ability to keep going even if you lift off the throttle pedal. It makes the engine snappier and more responsive, but at a cost. If you have a light enough flywheel (let's say below 4kg) and an additional load like an AC compressor or the generator suddenly requires more power from the engine because the AC kicked on or a high electrical load was switched on it can actually upset/lower the engines RPM enough to stall it. That used to be pretty common knowledge, but all-motor tuning has gotten less and less popular so it makes sense for this kind of knowledge to get lost. No biggie. My recommendation would be to either re-install a heavier flywheel (cheapest option), or to get a programmable ECU (expensive) where you can increase the IACV's duty cycle to compensate for the engine's lower inertia (Hondata lets you do that as an example). Keep in mind that is only the culprit for your problems if your AC system is not faulty, but considering the fact that you compressor was recently changed and the system consequently recharged, leaks are most likely out of the question. (If the work was done by a competent mechanic) That's because the system (should) be pressure-checked for a few minutes before they put the new gas/liquid in, so it should be leak-free.