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I actually have a massive boner for early Jimny 2-strokes. An old guy that comes into work has one, I'm trying to get put into his will so I can get my mits on it. Anyways, I have done a bit more on this thing. Don't laugh at my lack of wood working skills, I fucking hate working with wood. So I made the front guards, bit of a weird shape to try and make out of wood, mostly because of my being a tard and all. A bit of fiberglass & resin, a hint of bog, and they should come out pretty good. Then I got started on the bonnet, which is probably the most complicated shape on the thing. Added some wooden ribs, and a couple of dowels as reference marks, then put real thin MDF under them to keep the foam in, then filled the gaps up with foam, then carved the foam with a hacksaw blade and Stanley knife, then chucked a couple of layers of fiberglass over it, to give me a firm base to work with. It actually came out really close to correct, so will need very minimal amounts of filler. Next was lights. My B-I-L used OG dolphin torch reflectors/lens' on his Jeep, that he cut down to the correct size. New dolphin torches have four round LED bulbs in them, so don't look anything like a head light. The only torch I could find that was roughly the correct size, and also sort of looked like a real headlight was some budget items from Bunnings. I pulled them to bits, linished & sanded the OD of the lens down as small as I could, but so that the reflector still fit into it. I then cut the holes in the body to suit these. The front grill will hold the lights in, and also down size them to roughly the right scale size. I also found a Toyota badge that used to be on my 86 (before I got a legit one) that's pretty damn close to the correct size for this, but not sure if I will use it or not. The back lights were way easier, I found some LED lights on Ali that were the right shape and scale for this thing. They are meant to be in corners of the bumper IRL, which seems silly, as they would get smashed real easy. I added in a bit of wood roughly the same shape as the real bumper, and set them into this, so they are a bit more protected. There will be a steel bumper under them mounted to the tow bar in the future, so it should be quite a challenge for the kids to smash them. That's pretty much where I'm up to. Regards, VG. xoxox

Went to pickapart and replaced the missing air bleed hoses. Fixed a few other coolant leaks. Now it's good. Bought a big syringe pump thing to fill the gearbox with oil, managed to do this notoriously messy job without spilling a single drop of gearbox oil! Miracle! Until I realized that the drain plug wasnt screwed in properly, and itwas on an angle - so I had to undo it and quickly straighten it and tighten it up. So gearbox oil everywhere still. Damnit, haha. Then I think I've still got some fairly massive air leaks, I dont have any gaskets or sealants at the moment so I'll pull it all apart and sort that a bit better. I managed to get it idling at around 1000rpm, but only because I've leaned out the fuel table so much. Again an easy fix, just time consuming. Then another cool milestone, and to be honest something I was dreading a bit - testing the clutch. Everything's good! I drove the car forward about a meter, then reverse about a meter. Which is officially the furthest it's propelled itself in about 6 or 7 years. It's still ear splittingly loud, and dear god it sounds like a straight piped RB or something dreadful currently. Ugh. Will buy some mufflers this week if I can, so I can keep making some progress without making my brain bleed. Then also have enough of an exhaust on there that I'll be getting okay readings on the wideband. Small steps but all in the right direction currently. nother

PNot an update as such, more a musing/potential future upgrade. Upon procuring the engine, id noted the front crank seal had been leaking. I whipped the crank pulley off, and much like the pinion seal on the diff, the seal journal was quite rutted/cut into. A speedy sleeve put this back to new. While i had the crank pulley off, i noticed an interesting shape was present. So i figured while it was off, it would be a travesty not to machine off the power steering pump pulley, (these are attached to the main hub, not the dampered pulleys that drive the water pump/alternator/AC) A nice spigot was machined on, and some holes drilled and tapped to correspond with those nice bosses. This is very hard to photograph in the car. Quite a while ago, the old boy picked up an Eaton M62 supercharger off Ebay. It came off a USDM nissan frontier truck, with the nissan VG33ER. (The larger version of the single can VG30 which were once common here) i basically told him, i was commandeering it. And back when @Vintage Grumblewas a cool kid, he had some SR20det injectors which he kindly gifted to me. So in the unlikely event 5his wreck ever sees the road, it wont be too big of a stretch to turn the wick up.

The steel wheels on it are very heavy. When it did its quickest time it had some very light cragar super tricks on the front. They were popular in the 70s but the internet reckons there's not many around these days because they were prone to failure. I bought them ages ago from a guy who took them off his car because they made creaking noises when doing tight turns, they were very cheap. They weigh as much as a bag of chips and are a bit sketchy, also the tyres were right on the limit speed rating and load rating wise. Plus I had to run a 5mm spacer which I did not like. I only did 2x passes with them on and didn't like it So I've had my eye out for a second set of wheels suitable for drag racing Being an impressionable teenager in the 90s who read street machine magazine a lot I've always wanted a set of weld draglites. They don't come up often second hand, I found a set a while ago but they were not wide enough. You can still buy them new but they are pricey Picked these up today, 15x5 and 15x8. Tried them on then got the tyres off, they are very fucked. They need a polish but should tidy up well Anybody know a good polishing place in south auckland?

Ive been making good progress on getting everything wired into the fusebox and controlled by ECU rather than hardwired. I bought 2x 500mm coby hotdog mufflers which are currently just sitting pushed over the ends of the pipes on each bank. Quieter than just open manifolds but should be better once welded. Have wired up ECT, wideband, fuel pressure sensor. The motor was still idling really high (like 4200rpm...) with fully closed throttles, even after setting everything to fully closed. I couldnt figure out why until I noticed that my 2x lower intake manifolds dont quite cover the edge of the circular holes which must be an idle air bypass. It was only by a smidge, so gooed the gap with some silicone and solved that problem. My current issue is that the cam angle triggers arent being picked up properly. This motor uses hall effect sensors on the cam angle sensors, and the voltage they output is too low for this ECU to register correctly. So pullup resistors are needed, which I have wired in. But stilk not working it seems. Some people have suggested wiring them to the 8v power supply rather than 5v supply, and this boosts the output voltage. But this stuffs up my loom a bit, as the 5v supply on that plug branches to a few other things as well as the triggers. So, another annoying problem, but not insurmountable. Just soaking up more time on little bits and pieces than expected. But thats always the way I guess!

Bit of a bitter sweet update. After the last monthly meet the 2l decided to run a bearing on the way home leave me stranded on the side of the motorway. I managed to source a gamble na 1600 motor of a friend so whipped that in and after the legend himself @RUNAMUCK worked his wizardry swapping out the dizzy and timing the motor up I was back in business again . Have taken it for a wee drive around the block and the motor seems to be happy enough. Old water pump was shot so picked up another and slammed it in. Oil change and some new plugs and hopefully it's smooth sailing from here on in I also put some guard mirrors on it. Damn they're useless but they look the part

The HB Viva went to a new home and have this new project arriving next week

After much head scratching and thinking about the radiator situation I listened to Koro @sheepers and just got a radiator that fits. Using the telstar rad as a template as its the perfect size I went down a rabbit hole of radiator websites to look up dimensions, turns out the perfect fit while fitting the criteria of cooling a forced induction 2L engine is a EVO 1-3 unit but i wasnt going to drop $500 on a brand new one incase it wasnt going to fit so haggled a deal on marketplace for this Fenix unit with electric fan for $150, few bent fins to straighten and a rattle can overhaul but im not complaining for the price. Yeah it just fits but I couple of quick mods will give me as much room as im going to get without hacking the whole front of the ute to bits. Water outlets will be easy to run with a few bends and straight sections but glad to have that headache sorted. Just the loom to sort out and mount an external fuel pump somewhere then il be close to firing it up

Alright alright alright! So I pushed the car outside this afternoon so I could reach some wiring inside to try fire it up. I filled the car up with coolant, by which I mean water because I was expecting things to leak. Sure enough each head had a hole up the front where water started leaking out. I couldnt remember what these were for, then found out that they are like an air bleed channel that goes back to the thermostat housing. So, these seem to have gone AWOL when moving house so I'll need to pickapart some more. I must have removed them when taking the heads off to clean them. Easy fix. Then I got the fuel pump working and fixed a few fuel leaks. It turns out that AN fittings arent very good at sealing if you havent tightened them up? Crazy. Then I got my tune somewhat sorted, and tried cranking the motor over.... and the bloody battery died! Ugh. I mucked around to get another battery, it sort of spluttered a few times but not quite. I had a look through the tune settings. Engine size was still set to 1500cc from using this ECU in the Echo - woops. I needed to disable the fuel pressure sensor allocation. As since this isnt wired in yet, it took 0v to believe that the motor had zillions of psi worth of fuel pressure. Then when I cranked the motor it was registering the crank trigger, but not cam trigger. Checked the settings, had this wrong. Both were set to VR sensors, but the crank is VR and the cams are hall effect. So once that was fixed... Bam! We are running. It was absolutely awesome to reach this point. So whats next? Lots. Get the coolant system functioning properly. Make an exhaust for it. A lot of wiring work, get the fusebox setup all connected nicely and mount all of the wiring nicely. Need to put some gearbox oil in the box, will do this before running the engine any longer. Pull the fuel rails off, and do tests to work out the CC rating and deadtimes for the injectors. Calibrate all of the sensors Mount a radiator fan Check intake for leaks (I think all of the air bypass screws are currently all the way out) Install the wideband Finish wiring up the alternator And a bunch of other little similar jobs. Most of these I can peck away at over winter with limited space. Making an exhaust will be difficult when weather starts getting darker and wetter and I can only really work outside. Will push ahead as best I can. Super excited for first start though!

If anybody is going to call @yoeddynz a cunt then I'd appreciate it if you put the word rad in front of it. His embarrassingly lame MS paint drawing dumbing it down to my level worked and I now have a proper shift pattern. Happy days.

*girly screams of excitement * just got these through

Got some paint on them and baked it with the heater for a while Good thing I have some photos from when I took it apart 7 years ago to refer back to for what goes where. Got one side done, looks better with the pipes painted I must say. Had to stop and tidy up the work area as we have a couple of house viewings tomorrow. I don't usually tidy up until either the stage of the project is finished, or I can't find what I need.

Been getting a bit done, cbf smacking out a big update right now. Couple weeks ago we got the bitch fired up. Thanks to the GC @fletch for his exceptional trouble shooting abilities.And timing light. Working on water pipes now so will hopefully be on to diff next Chur https://youtube.com/shorts/loj9hqDgwQE?si=C8Xhtq75FGZGLL2j

Quick update. Been busy over the past month so this has taken a bit of a backseat. Got some stickers made for steering wheel/dash. Makes it feel a lot more finished. I’m not 100% happy with them yet but they’ll do for now also tidied up the curly cord mounting. Looks legit now. So the set of pulleys I brought back from the states didn’t fit my alternator (which turns out is from a 1zz fielder). So jeffy came to the rescue and made a bush to suit. For future reference..1445mm belt works with no PS, and underdrive alternator and water pump pulleys. This took quite some time to figure out found a wee molded hose to finish up the heater piping. Still need to 3d print an airflow thing for the dash heater ducts. Cooling system is now sealed and ready for a pressure test (pending a few extra hose clamps!) Also replaced gearbox axle seals and filled with oil for first time in 10yrs. Hope not too much damage has been done from sitting around. Bought and sold another Levin to pay for Link Storm g4x and engine wiring loom. Loom worked out great looks very hidden away. Some small mods to make but all simple enough. next up; 1. fix stripped thread in engine mount 2. replace sump with baffled version 3. remount expansion chamber 4. make headers 5. first start??

One the plus side I labelled the plugs On the minus side they have mostly faded. Dug out the intake piping, surprisingly well made I thought considering that I did it, but needed a good clean up Inside and out. I don't think I had roloc discs back in the day, they are good for this sort of job. Squirted some good old black zinc inside, will do the outside tomorrow then look at my silicone tube and clamp supplies. IIRC the radiator needs to go in first.

Dad's cousin married Max, who has always been our family mechanic and panel beater. He's somewhere north of 70 and a full-time menace and tinkerer. This is his Ke70 wagon that he bought off @Dudley (also a fill-time menace) and proceeded to rebuild half the body of before painting it and tidying allll the things. He got bored one day and had a 2TGEU sitting around that he'd got in exchange for putting a 4age into someone's wagon years ago. The loom had been chopped in half, and being older than fuel injection he thought it was a great idea to replace the injection with twin carbs. Yesterday my brother called me and said "Max has been talking to Pete's friend who built himself an ECU for his car and tuned it himself. He reckons you should be able to do it." Approximately 24 hours later I have all of the EFI gear from the Corolla sitting on the floor in the shed and have read half of the information on the internet about the Speeduino. I've been given a generous (for a Speediuno build) budget to work with and told to get ordering. I've printed out the 2T wiring diagram which is comical after dealing with 1UZ diagrams and am starting to make a plan. So far the shopping list (other than the ECU) includes: IAT sensor (probably a Toyota one) Map sensor (also probably a Toyota one) (so I don't have to run a vacuum line all the way to the ECU and can just run it off the AFM wiring) TPS (maybe 4age as we have a couple of motors sitting around) A wideband, probably Spartan 3 I'm leaning toward either one of these https://www.everythingfuelinjection.com/store/The-Micro-p161480124 https://kiwiefi.nz/index.php?route=product/product&path=20&product_id=54 Feel free to tell me in the discussion how far over my head I am. I've wired a 4age, a B16a, an SR20VE, a 1uz and a 3uz and used to do car alarms, so pretending I know what I'm doing.

Some years later, seems i have a solution. if it doesn't break; I ended up making the gearbox better replacing a lot of parts, but was never amazing at high rpm. had to shift pretty slow so didn't grind. recently tried some thinner mt-lv redline oil, in an attempt to get the syncro's to grip some more. Yeah it made it worse over the castrol vmx. After sifting through the internet and finding not much other than the old grind some teeth off the synchro. Found a comment saying something along the lines of; "putting double springs in the selector may help with high rpm changes" The spring being what red arrow is pointing at below. Yeah you cant put 2 in there, but some have a coil spring the sits in the middle of the hub so maybe that's what they meant. After looking how it actually works, rather than just replacing parts. The spring presses up against the little keys in green. they have a raised section that sits in a recess in the selector hub(outer part) Now when you go to change gears the selector hub pushes the 3 keys up against synchro ring, which pushes the synchro ring onto the cone, slowing the gearbox down. Until you put enough pressure on the shifter/selector hub, the selector hub cams over the keys and selects the gear. So having a stronger spring on the keys will put more force on the synchro ring before it trys to select the gear. which means it should slow the gearbox down more before it tries to change gears, cool. Will it work who knows. sifting though my pile of gearbox parts I found some bearing retainer spring clips that would work for 1/2 gears. 3rd/4th found some that would work out of some hilux front hubs I dont have any pictures of what it looked like once i modified it them. but ground them down to similar shape as the factor ones as above, just thicker, so more spring pressure. I ground a few teeth off some of the synchro rings also, but i dont this would have changed things much. All this went into my spare t50, with the best selection of 2nd hand junk i could find. So worse base than the one in the car. Result. It amazingly works, can throw it through the gears at 10k easy, haven't been super rough with it yet, but changing pretty fast no crunches, changes nice. only side effect, is its a bit more notchy selecting gears, but not terrible at all. I even used the same oil that come out of the gearbox in the car, for a fair test.

Sump baffle. Anyone who's driven the misery Inducing stock 4M will know that the stock sump baffle setup is a bit shit. You don't even have to be hard on the brakes to get the oil light to flicker on. And besides all that the stock baffle wouldn't fit now anyway. So I made a new one that might work a bit better to keep some oil around the pickup under braking. Let's not kid ourselves and think that acceleration is going to be an issue. It won't. The baffle sits across between the pump and the pickup. The red lines on the block indicate where it sits. Now I'm going to paint it

It’s been awhile since I built a hot rod. my last one was a ford pop that was chopped 3 inches and channelled 4 inches running a 302 Cleveland. i ran it in black primer for awhile and sold it to a guy in Aussie who painted and upholstered it.

Aftermarket carpet sucks. I learnt this the hard way I suppose. The Celica carpet was already aftermarket by the time I got it and it was super old, dirty and chopped to hell. In my attempt to try and freshen up the interior this year I decided to get one of those moulded carpets. I quickly realised I'm not made for an upholstery career. They say you should start from the rear and move forwards when fitting them up. The problem I quickly found was that these are not quite right for this car. Research suggests that they are in fact moulded off TA23 not TA22, a small but important difference. TA22 did not even have carpet like this from the factory, more like glorified floor mats. My cutting skills are terrible as I was getting annoyed by this point, and the blades were getting blunt. I initially wanted to wrap it under the seat base however the seat sits directly on the body with no room to move so that was not possible. Additionally the roll cage mounts in the rear are in the way of the seat bottom which is why its curved up on each end. I'm not sure what the OEM TA22 carpet looks like but I believe there are some clips that it can use to hold up, but I've not actually seen any factory standard TA22 carpets in person before to compare it. I'll paint the floor black and the rear around the seats so it is less noticeable but yeah, disappointed with my efforts on that one. Another thing about the TA23 vs TA22 is the TA23 side rocker sill things are designed for the edge of the carpet to go underneath and bolt down, TA22 are not. That means more rough cuts along the side edges too. As you can see, lots of bits cut off. Anyway I got the front kind of fitted up as best as possible (remember those fucking blocks in the way) and installed the seats back. I'll need to replace these as it turns out as there is some damage on both of them (more than just superficial and foam). Then I got her fired up and went for a burn and I didn't care about the carpet at all. The fuel is probably 2 years old by now and it still worked mint. Sadly I don't have a phone mount but the sounds on song were excellent. The panhard rod I put in stopped any rubbing that I could tell and actually the car handled surprisingly well. It goes, stops and turns just like it should. Good car.

Pulled the leaking valve cover, misplaced gasket would be why it was so bad Nothing to see here. Ever get the feeling that your new parts (on the left) aren't as good as the old parts? I think I'll hang on to the old cap, even though it's a bit damaged. Might see if there is a more $$$ option on Rockauto next time I order.

While I've got the underside of the car right in my face, I've been using the hammer to close up any gappy seams and straightening edges. Because I can. The seam at the front end of the sills were a bit squashed from jacking so I knocked and pried them back into shape. While doing that I noticed some pinholes in the flat panel that joins the bottom of the front wing to the seam on the bottom of the sill. I decided to remove that panel. It's basically an 'L' shape so real easy to make a new one.(I've made the new ones using slightly thicker metal) The drivers side sill end was quite pitted under that flat panel because debris gets stuck between them. I cut that out too, it's also flat. It was in AMAZINGLY rust free condition in there. It seemed to be evenly coated with a dark grey primer, this shell must have been dunked in a vat of this primer at the factory for it to be in there. Just for good measure I flooded it with Zinc primer. I did the passenger side too, just to check it was in even better condition. A little pitting, but no pinholes. I tried to take a photo inside but my phone didn't want to use the flash.

Then I painted it red because that's the first tin of colour I pulled out of the cupboard.

I lifted the rear subframe off. Feels like one of those photos showing off the big fish I caught... With the car like this it made it really easy to measure between the front and rear lower ball joints to find the wheelbase on the drivers side was longer than the passenger side. I suspect it's because I built the alignment jig for the two front mounts on the yellow car, not this one. I had oversized the holes that the studs come through to allow some wiggle room, but I need to take a further 4mm off both sides. Once I can get it on a wheel alignment machine to make sure it's straight the studs will get welded in solid. I've started cleaning off the last of the underseal. I've got to also remove the remains of the original spring seat reinforcement.

The bits I need for that Wof have arrived, the wheel bearing might be a mission, but we will see. In the meantime I have been hoovering/relearning what I need to know about DCNF carbs and have had some useful and enlightening conversations, some of which can be found in my DCNF thread.. I also decided to replace the expensive oil in the tranny with fresh expensive oil. Mostly cos I drained it all out to put a bit of sealant on the drain plug as it was dripping a tad. When it came out it was kindof murky which I guess is the new oil washing out and interacting with the old. So I did that and it resulted in a pretty significant drip from the drain plug regardless of my sealing efforts. I did a wee bit of investigation, which has had this slightly annoying result; I have a spare box which I stripped enough to get that housing off, pretty much for practice but to see if I could just use that. But unfortunately they are different. This might mean enlisting @yoeddynz in some dirty welding duties I I cant find someone slightly closer. If it welds ok I will tap it out with a parallel thread rather than taper and machine a flat face so it can use a washer for sealing.

So because I have a big job to finish at the moment and am under immense time pressure, I got distracted and had a fiddle in the shed after staying up late last night doing research. This is my 2TG pile. First I had a fiddle with throttle bodies and TPSs. On the left is a TVIS Redtop 4age throttle body and on the right is the 2tg one. The 4age has a potentiometer TPS vs the switch type of the 2TG The 4age inlet manifold is on the left, and the 2TG one is on the right. The bolts are the same width apart, but the 2TG ones have a smaller spacing vertically. There is also a 10mm difference in size between the two TB holes. The nerd that can't weld alloy in me has been working out how to design a bolt-on adapter plate to bolt the 4age throttle to the 2TG inlet, but the logical option is probably to make a weld-on plate that the 4age throttle bolts to. We looked into switching the TPS over, but swapping the whole throttle seems to be less fiddly and results in a bigger throttle, and bigger is better right? The next little mission was trigger wheels. We searched through the shed for old Toyota distributors and found an AE101 5AFE one and a Blacktop 4AGE one. I pulled them both apart and decided the 4AGE one on the right was a simpler setup, but will take them both to Max and see what he thinks. I've read about how ideally you want to run your trigger on the crank due to distributor slop etc, but this seems a whole lot less ugly. Hopefully, we can drop these guts into the 2TG distributor and get a cam and crank signal off it. It will be easy right? (This is what people say when they come to me for website things that don't turn out to be easy). I've found this discussion https://speeduino.com/forum/viewtopic.php?t=495&start=100 that relates to a 3SGTE that seems to use the same style of trigger wheels.

I got ants in my pants this morning so I took a coffee break from work, connected up the wiring, filled the fluids, primed the auto lube pump, mixed up some oily petrol for safety, and kicked it in the guts. Stoked!

Last week we headed off on a supply run in the pouring rain and as we got into town, I noticed the temp creeping up above normal. Quickly pulled over and switched off and when I cycled the ignition key to the aux setting I noticed no noise coming from the thermo fan. WTF. Checked the under dash fuse panel and the fuse for the thermo fan relay exciter wire was still good. Lifted the engine cover lid to get a closer look at the inline fuse on the relay power feed. Bloody fuse wouldn't come out. Grabbed a pair of longnose pliers from my tool kit and gave the fuse a bloody good yank and out she came. Yikes, definite signs of overheating, but the fuse itself was still intact. Fuse holder looked decidedly shabby too. Looking at the back of the fuse holder and I could immediately tell that the input wire on the connector had dropped. Managed to push the connector back into the housing and with a working fan we were back on the road again. Fast forward to today and I figured I'd best do a proper fix. Luckily, I had one of those fairly robust auto reset trip switches in stock, so I've mounted that in the battery box and have run a new relay power feed directly from the battery. The relay trigger wire is still ignition switch activated via a separate fuse from the under dash fuse panel. Longer term I need to replace the crappy thermo fan with a decent Spal unit as the cheapies sure do suck up the amps.

Some more boring old shock mount photo's. It's been a while as I ran out of gas and time but finally found the time and bought some gas so I was back into it. I did make up another top piece, so it didn't have the added middle section. I drilled lots of holes and used bolts mainly and some clamps to sandwich it all together. Welded up the plug holes and then the bolt holes. I will weld around the edge as well both underneath and the top piece but I will only weld it in about 25mm sections 50mm apart should do. I certainly think it is better being one piece going the width of the car. Certainly easier to get both sides the same.

Oh man I have some embarrassing shit to divulge. I talked to Palmside today about getting some jets and during the conversation I mentioned that it was running rich and that it was weird cos making the air corrector bigger would make them much bigger than most of the setups specs I had collected. The dude asked me what I had seen on the AFR so far and I said like 16 or so. He said that that is lean..... And of course I actually thought about that for more than two seconds which is longer than I ever had, and fucking of course that is lean... What a cunt I am, I obviously had some preconceived notions and hadn't actually thought about what that reading meant. Oh man I can never talk to Palmside again, the dude clearly and rightly thought I was a fucking idiot. So having gone through that self slapdown I will probably put some smaller air correction jets in, and maybe some bigger idle jets.

I gave the new lever an absolute hiding with a file. Took if from ~10mm thick to <6mm. I also machined up a bush from an old bolt. It looks like it will fit now, but not properly tested. I've also: straightened and painted the rear rack Waterblasted the cover and put a seat back together for the time being Painted the front end and started to re-assemble that Changed the oil Installed the chain and cover Re-registered it Hoping to finish assembly and fire it up tonight!

Oh yeah, and @governorsam gave me a Jaffle iron yonks ago, I finally put handles on it for holiday beach fire eating

Middy's phone has a soggy battery, and she's complained it doesn't always charge in the car. The cig plug was coming out of the socket, so Now I can go back to ignoring the phone battery

After a bit of messing around I've got the flywheel, clutch and master cylinder sorted. I was looking into the different types of sound deadening, Dynamatt seems to be the go to but fuck it's spendy. Just to do the front half of the interior it was going to cost about $450. I went the cheap Chinese route instead. I bought enough to do almost the entire inside of the car and it was $45 including shipping. Time will tell if it's any good, but it seems about right. I pulled the dash and trim parts out from under the bench and gave them a clean up. It was the first time I've seen them in about 16 years. The stored really well. I have had the instrument cluster in at Parrot and son to have a little work done, the main thing was having the tacho modified to suit the 6 cylinder and they fixed a couple of small issues. I've wired the engine up more or less. I'm waiting on the electronic ignition to arrive, I'm going to run some hard fuel lines, install a fuel pump, regulator and make some new brake lines. The drive shaft is being built and should be ready in a week or so. Hopefully not too much longer until she's running. The interior is mint apart from the front seats, they need recovering and probably some new padding. Does anyone have any recommendations for someone in Christchurch? Cheers.

So the above teaser was me dropping the ute off to a panelbeater near palmy. this is his update pics. i just didn’t have the time or mental energy to grind my way through the stitching phase, or attacking the mint bonnet with a grinder. he has made up new flanges for the front of the guards , he won’t use the rx3 guards on this set up, all new steel. have also tasked him to fill over the fuel filler hole as I can’t utilise that once I drop tank it out the back anyway. So now I’m forced to drop tank it now instead of when I bag it. it means that I can carry on with the tubs when it’s back. I will end up using push button bonnet pins, hopefully they’re ok as a bonnet pin for road use. I’ll also fit a check strap as a secondary safety measure happy days

I took it for a lap of the cul-de-sac, made a couple of wee adjustments. Tuned the idle a wee bit, and then rode it to work. Had to hide out at a mates workshop to escape a rain shower, but i made it. It comfortably does 55km/h on the flat. Its otherwise quite slow haha. The tires are a little larger than the originals and the rear is rubbing on the screws for the little mud flap, so I'll whip that off for the trip home and get some countersunk ones.

Hopefully turn it into something like this.

I got the charcoal bonnet off a mate who wasn't guna use it i thought it would be funny to put a k&n out the hole just to keep people guessing (nearly got to race in n/a class at summer drags a few years back)

registered and will pay shortly. "all cars must have a wof and reg" feels a bit fascist

/spam

I've registered, for both the event and the sigma.

But then I got it out of the shed!

Entry form is now available. Get involved

the good diff is out now, something fugly is going in just to keep shell mobile, front end out soon too, paint it all up ready for refit

so it was bent twisted, and bent all over the place. ive managed to get it fairly straight, and got the front end in primer.

Id made a bet with @Luke that id have this thing drivable in time for an event aaages ago. I lost miserably. Id been sending him pictures of my progress at the time. (Before i had messenger, so by txt at fantastic cost) talking to him the other day, he still had them, and sent a few back to me. I manages to squeeze an Ebay special fan between the custom radiator and the front panel. And i got some pics of the diff too. 620s run an H190 diff, with an aluminium centre housing. However because they were an underpowered light comercial vehicle, they run a 4.6:1 ratio. Great for rally driving, or farm duties. But and absolute fucking nightmare for open road driving. I found a 3.9:1 head somewhere in Hamilton. @mark105 kindly delivered it to camp Rangiwoods for Old school nats 2013. (I might have had the yellow truck that far back) since we were only rolling in a dastun 1200, @Gomaxgo kindly dragged it back down to Christchurch for me in his 6cyl KE70 ' goon. Because reasons, i finished up using the axle out of the one i parted out for the front cut. As i mixed and matched a few bits, (my handbrake cables were fucked) i discovered this axle was ~15-20mm narrower each side. I had the housing blasted by Blain at FastBlast. And @LowTech powder coated the housing back when he had a powedercoating booth. I swapped the pinion flange over. This also required a hefty sleeve be fitted. Both because the seal journal was bady cut/worn, and because the seal journal was considerably bigger on the 3.9 diff. A lick of paint on the head, and it was glued in. Absolutely nobody had a listing for new brake drums. And all of mine were worn out of spec. ROCK AUTO to the rescue. (For all the parts your car will ever need) they were something stupid like $20 each. I gave the backing plates a brush up and paint. And rebuilt the brakes/ew cylinders and shoes. (My bench hasnt been that clear for a looooong ass time) I dont have any pictures, but these diffs use a turbo gay cup and cone arrangement on the axle bearings. You have to set the axle bearing preload by changing shims. (Theres a thrust block in the centre of the side gears that the tip of the axle runs in permanent contact) i fucked these off, and replaced them with deep groove bearings. The deep groove bearing was a few mm narrower than the Cup of the cup and cone. So i had to make a spacer ring as insurance that the bearings could never migrate in and out within that pocket. The other picture i found was of the gearbox X member i made. Its nothing fancy. The material was kindly donated by @Chris.QCR

No

It's not particularly difficult It is intended to be used by people modifying cars, to help them with their projects. there is a range of people with different abilities sending applications through and they all get looked at, they are not viewed as wasting anyone's time. Some are hundreds of pages long with cad drawings and FEA paperwork, and some are literally hand sketched drawings. Photos are very helpful in an application You will probably struggle to find someone to teach you how to do your particular project as it's quite different , so there isn't going to be anyone with a recipie for exactly what needs doing. Certifiers can guide you along the way but, time is money, if the certifier is willing to help design the car/mods you're wanting to do, it gets expensive quickly Time is the biggest factor when getting people to help you. It's not uncommon for me to spend 2-3 hours a day on the phone, talking to people about their projects, emailing , looking at parts etc etc. This ends up eating into the time I have to do work I can actually charge out- there has to be a balance and this is why it can be hard to find people who can help you lvvta.org.nz you can download a design approval application from there There are also infosheets on design approval https://lvvta.org.nz/documents/infosheets/LVVTA_Info_11-2012_LVVTA_Approval_Application_Guide.pdf https://lvvta.org.nz/documents/infosheets/LVVTA_Info_01-2016_LVV_Custom_Independent_Front_and_Rear_Suspension_Approval_Application_Guide.pdf

One of Rigamortice’s dirty little secrets was a set of these little shockers hidden behind the front wheels! I found a pair of proper hub-centric spacers on Trademe for a very reasonable price. I then upgraded to some ARP studs at a very unreasonable price. (Talk about charging like a friggin wounded bull!). All torqued up with a snug fit on the hub and wheel. Finally got the front ride height and wheel track just where I want it. Decided the rear needed a tweak, so I backed off the rear U bolts…. …and figured out how much I could safely lower the rear. I ended up using solid bar for the spacers I’m expecting the rear springs to settle with a little use….. Have to say I’m finally happy with the old girls stance.