Its an odd shaped tank, I did wonder where it fitted!
Glad you posted your mistake with the gaskets we can all learn from it, hopefully...
It is an odd one, I guess it's the only place left that made sense. Wouldn't want to too far forward or back as it would disrupt the weight balance too much.
With the car the correct way up and after the minor interlude with the fuel tank i can get to the last 2 arches. I needed to order more Raptor as i used more than expected on the rest of the car. First up more masking to do
And seam sealer to apply.
That finished off the last of the tub, which is convenient as i shouldnt need any more now for a while.
In the spirit of prepping i got the rack pulled off so i could access a few areas a bit better, it will also be getting a rebuild before going back on.
A few days later i got the Raptor applied. So fingers crossed thats the last of it.
In the mean time the brake disks arrived.
I did order all blueprint ones but seem to have had the rear ones substituted, no idea on the Stark brand i guess they are autodoc’s own or something like that. Will be going on anyway and i’ll see how they last.
We can now fit the disks and start measuring up how and where the calipers are going to fit. I have done the maths on it but id rather check that manually before machining out the adapters.
Here you can see the size difference in the original vs new fronts
And the rears
The only concern is just how much room the rears are going to have, its going to be very tight.
On with the calipers i bought some stickers for the front ones and figured id stick the spares on the rear ones. To do that though the casting flash needs removing.
And after a bit of hand filing.
Yea its probably going a bit far but why not have some fun with it.
I chucked everything in the blaster and spent a few hours in the dusty, noisy hell that the shed becomes while blasting in there.
They come out looking good though. Zinc epoxy powder on first.
And then the fronts gets a light coat of black and the stickers go onto that. The idea being that the stickers get removed after the final coat has flowed out and leaves the black text.
Then the final colour. Which you will get to see later
Continuing the theme of calipers i managed to get some time in the workshop tonight. So what colour did i go with, See for yourself
It should stand out nicely against the alloys. Time to get them finished. First up is running a tap through all the holes to clear out power coat, blasting grit and rust.
And all mating surfaces need to be cleaned back to metal. If i were being a bit more pedantic you could probably apply a coat of paint to all the now bare metal but ill just put plenty of grease on the surfaces during assembly.
Lots of grease is your friend during reassembly, my weapon of choice being red rubber grease, its good on the seals and is very resilient.
Before long i have the fronts back together.
In go the pads
Time to do exactly the same with the rears.
They are a little more complex with the handbrake mechanism but once you have done a couple they go together rather easily. Despite what some people will tell you its not actually a bad system usually just poorly maintained and then not repaired correctly.
So there we are. But the brake saga isnt over We still need to make some brackets to mount them. I guess that will be another evening of measuring and testing. Oh and work out if the lines will fit. Then once we have it moving again so i can test it and decide if i need to upgrade the master cylinder aswell.
And if you havent worked out why i chose to write “Bitza” on them then your clearly not paying enough attention.
There is more work to do on the brakes but i had other things that also needed progressing. Partly the engine bay is still a right mess. Back in’t day toyota used a different paint in the engine bay to the exterior of the car. It was single stage so no clear coat and not even close to the cars colour. This seemed like a good excuse to remedy that and generally tidy the spot up.
I made some progress removing the few bits that were left in there. The wiring is an Peach as it goes into the cabin so you have to disconnect it from there and pull it through to remove. Not normally a problem unless someone at some point fitted an immobiliser and had wired directly into the engine bay loom.
So i had to cut a few wires. They will get rejoined later on but will be doing a better job and probably having it on the dash loom instead so the engine wiring is removable. The immobiliser has always worked for me so im going to leave it in.
From here there isnt alot left to do other than get the whole lot rubbed down and prepped for paint.
A few areas needed the hydrate treatment, dont mix those 2 concoctions up
Wish i had bought one of these mini da sanders years ago though, it makes lots of rubbing down a total breeze.
Masked up ready for paint on saturday.
The morning dawned and the heater went on. Before long i had the workshop up to painting temperatures around 18deg and got the primer down. Again im using the epoxy primer.
It didnt take long to cure enough to start applying the colour first gripper coat down.
After 2 proper coats it was looking very good and i had finally finished off the left over paint i had so thats a win win.
The lacquer then made an appearance. I applied 2 coats which should be enough to keep it well protected.
In the mean time between painting i had a bit of a play with the brakes.
Its a tight fit under the wheel and the caliper is pretty much up against the hub but i think we are ok.
Apparently Dave at Frentech decided my nipples were the wrong colour so sent me a bag of yellow caps. Thanks Dave.
Im going to have to spend a few minutes designing some brackets next.
In the mean time on with some bodywork. I have a set of sideskirts what i bought some time ago because i liked them.
They were rather rough so i “repaired” them and added some more fiberglass as reinforcement.
A good few years later i have come to try them on and they dont even come close to fitting. So need to grind out most of the additional fiberglass i had put around the insides.
This stuff is damn itchy and you really need a mask while grinding it. Test fit and we are making progress.
There isnt a nice way to fasten these on properly, i'm not into self tapping screws through the sills and dont really want to bond it in place. These skirts cover the bottom of the front wings too and i want to be able to remove the wings in future if i need to.
So then we need a plan.
See these holes in the top of the sill?
I think i might be able to use them. If we took a bit of thin steel bent something like this.
Obviously it would have to be almost the length of the sill. Chop off the upstand on the skirts since it was way too flimsy and just about falling off anyway.
So something like this where the steel can be bonded to the fiberglass and will bolt in the top of the panel which gets hidden by the sill cover plastic trim.
Im thinking that this way if i decide to take them off or one gets damaged im not left with any major work to do and there wont be any unsightly holes in the sills.
Lots of work to get them anywhere close to fitting however so ill leave it there.
I have had a bit of time playing during the week aswell. Mostly on the brakes, so the adaptor plates are almost ready to be made. In the mean time so i can work out spacings ect i made up some quick temporary ones. Layout fluid is brilliant stuff, i dont know why it took me this long to finally get a bottle of it.
It worked as the rear caliper needs to be 3mm away from the front of the mounting points which is the same thickness as the bit of steel im using.
Ignore the bolts hanging onto that lip like life depends on it. Everything lines up i just didnt have any smaller head bolts.
Fronts are easier
Just gets a washer to bring the caliper a couple of mm back. With that all lined up a test fit shows where we are.
The fronts just clear but will catch on the wheel weights. The rears would need 15mm spacers to keep the caliper behind the step in the alloy.
Its not a bad situation but i had another plan. A friend offered me some alloys quite a while ago. Dropped him a quick message and he still has them and brought them down for me.
Still 16” but they have a bit more clearance.
Will still be needing spacers as you wouldnt even get a wafer thin mint in that gap.
Of course there is an added bonus that they look good.
I spent a few lunches at work modeling the brackets and they are just about ready to go.
A bit of time at the weekend got the other side skirt ground out. Now waiting on the steel to arrive before i do too much more cutting on them. The dustiest job is done though.
Lots of ideas have been floating around my head, which is usually dangerous, expensive or both. So i want to tidy up the engine bay quite a bit. It looked good as it was but possibly a little more going on than i like. So first up is the wiring loom and fusebox. It will be fed through the inner wing this time and the fuse box can be mounted in the left hand boot pocket.
The wiring loom will be trimmed down a little bit as some of the wiring is superfluous with the changes that have been made. A hole was drilled into the inner section for feeding the loom through, not an easy spot to get the drill into. I really should invest in one of those 90deg air drills.
The wiring will be fed back through once i have shaved and re-wrapped the loom.
I have also been thinking about the coolant overflow bottle.
Lets be honest its ugly, its also bloody useless as you cant read the level since it hides at the bottom of the engine bay. Oh and with the V6 its on the wrong side of the engine bay so requires piping all the way round the bulkhead. So some cad work has been going on and through a few iterations and we will see what turns up from that.
In the mean time i had the blaster running for some other bits so i cleaned up the front suspension mounts.
And the oven was on too so i powder coated them, primer and colour.
Im rather liking the occasional yellow bits around the car.
Firewall insulation. Its rather scabby and not very black anymore.
I would have liked to buy a replacement but they are discontinued and none available that i could find. So i cleaned up this one. A bit of fabric loom tape to fix the separating layers at the bottom.
And then recoloured it.
There is so many bits that bolt onto that wall you really dont see much of it anyway. Refitted and i started bolting bits back in.
My workshop helper kept pestering me.
Runs a little ruff, emissions are getting worse with age, doesnt make much power
Remember the sloes we picked a few weeks ago. Well i finally got round to finishing them off. Should just be ready by christmas. This is only 6lbs of berries, there is another 6 still in the freezer. 1 jar of gin and 2 of whiskey so far
absolutely prodigious rate of progress there! don't worry about a 90deg air drill , just get a cheap angle adapter to go in your leccy one.
I've had 2 x right angle air drills - both next useless - the problem with the right angle adaptors is that they make the length of the drill + adaptor too long to fit into some of the tighter areas - I'm now in the market for a compact / slimline cordless right angle drill
absolutely prodigious rate of progress there! don't worry about a 90deg air drill , just get a cheap angle adapter to go in your leccy one.
I've had 2 x right angle air drills - both next useless - the problem with the right angle adaptors is that they make the length of the drill + adaptor too long to fit into some of the tighter areas - I'm now in the market for a compact / slimline cordless right angle drill
Thanks for the input. I'll not bother with an air one then. Will try one of the cheap adaptors since it might come in handy at times.
Going back to the little air sander is it very air hungry?
It doesnt use much i dont think. hard to tell since my comprssor puts out 14cfm and is in a different building so i dont know how often its running.
Would think its only drawing about 4cfm
My small air sander is identical they are quite cheap - £30 ish I think - probably a little cheaper - I'd agree with the above that they are not that air hungry but it does depend on your compressor capacity - I don't really notice with the 23cfm 3 stage pump / 270 litre tank monster that I run
Some evening work got the stainless cut out for the expansion tank.
And then started welding it all up.
I left it all tacked together and went to start making all the bungs that the fittings will screw into. Nice to get a bit of time on the lathe again.
This is my first time screw cutting on the lathe so sticking to traditions of first screws I fumbled my way through it, broke the tool and made a mess then eventually gave it up as a bad job.
Cut the threads off and turned it round so i could hold it in the better jaws now it had a small enough stub.
Recut the profile
And this time with a hss tool and the tailstock put in for a bit of support i did some more screw cutting which went much better this time.
Added some weak n’ crappy knurls then chopped it off.
Next was the bung. So the stock got trimmed down to size then drilled and bored.
Parted off and chucked back up for a bit of internal threading.
Which went considerably better than the external. Partly i think because i could have it running faster since i had more room to disengage the carriage
A seat cut for the o-ring to sit into
I was pretty happy with all of that in general. Which of course means its slightly better than scrap since the 2 parts actually thread together.
The rest of the bungs are all a similar process so i wont bore you all with the details.
Its all starting to come together so the next job is mounting it I dont want hard mounts, in previous experience something like this will get vibrations and the stainless will work harden and crack. It might not have been a problem with good enough mounting points but i thought id eliminate the risk and mount it on bushes. A selection of strips were cut and bent, holes drilled out for the bushes and then tacked in the right locations on the tank
There it is. Bolted up and its looking good so the next job is to go round and weld all the joints together, there is a mounting point underneath that you cant really see or easily access.
It is very solid and doesnt seem to catch anywhere although it is a bit tight at the back, and im sure later in life i’ll be cursing the bottom fixing for inaccesability. The fill port is partially covered by the side inspection panel that will go there but so was the original one on the other side. I shouldnt need to open it very often and atleast the level will be visible on this one.
I also bought a few bits from BRD, they make some decent parts. First up is the rear engine mount bush Polybush but soft enough that it should be comfortable for road use. Of course i blasted and powder coated the mount while it was in pieces
He also makes the radiator mount bushes and the gear linkage bushes
Long time no update, despite having a few days off work i really didn't get as much done as i would have liked. I did get the clear hose i was waiting for, and it was actually clear this time.
Made up a feed spout
And an overflow nipple too
So thats the overflow tank complete now i think.
I welded up the holes in the rear wings where the original spoiler mounted to.
And spent a bit of time trying to planish out the creases in the front wing to a more acceptable point.
Its considerably better than it was but might try get a little more with it although i also dont want to go too far and ruin it
Next job is to get the doors repaired properly so i could start on the skirts.
I had bodged them years ago but you could see the rust had started again so i wanted to do it all again. You can see the amount of rust on the back of the bit that was welded in last time. The edge was a mile off so it was easier to chop it off and start again
Cleaned up and treated the inside
Then started making up a new panel. Which started with a wooden form so i can make the curved flange.
With that all bent over and a bit of time spent adding the curve to the panel it fit rather well.
Tacked in
I realised i really hadnt left enough of a gap around it for mig welding it in so it took quite a bit of work stopping it from buckling
A slitting disk width is ideal for welding up and i really should have taken it back off fix the gap. But it will do.
The flange was hammered round tight up against the door frame. Seam sealer will follow later once i know the panel gaps are good enough
With that done i can refit the door now its the correct shape ready for shaping the side skirts.
And make a start on the passenger door
Chopped the bad repair out.
And made a new one
Welded it in
Ground back.
Flange hammered round
Neither door is done to a perfect finish but i decided to get them done quicker than spend ages trying to get a repair that wouldnt need a little bit of filler. Also partly because my skills arnt up to making a repair to that standard.
The doors will be getting cavity waxed to help prevent any further rusting once i have painted. The loom that runs from boot to the cabin has now been modified, extra wiring added to take the cruise control, rear fog switch, boot actuator, obd2 connecter ect
I also made a start on the frunk wiring, this involved adding the additional wiring for the level adjustable headlights, they were standard on most UK cars but mine was JDM so am adding it in.
Copied the factory splice points to aid future diagnostricks.
I also found a use for a tool thats normally used to make any man cringe after seeing what it does to a sheep’s unmentionables.
Its great for getting wiring through the grommets. I also added some extra wiring to the spare fuse holder locations so that they can become supply points for the heated seats.
I cant remember if i mentioned earlier but the steering rack is due an upgrade. So after much deliberation about it i picked up a pinion from a MK3 breakers which will take a lump off the number of turns lock to lock and is the only viable option for increasing the speed on these racks. Photo stolen from the interwebs.
It matches with the existing rack so it gets reused. I was able to source all the bearings from Toyota and a full seal kit from Gates
Im rebuilding using a spare rack which i stripped down a couple of years ago. Just in case i need to swap back to my original one that is getting wrapped up safe and shoved on a shelf. Everything got cleaned since its been sat around a few years and prepped.
Housing blasted and the steel parts powdercoated.
With all parts thoroughly scrubbed out the rebuild commences. A bit nerve wracking trying to get the teflon seals in without damaging or over stretching them. Getting the rack back in required a toyota special tool to prevent damage to the seal. Of course i didnt have one but i can make something suitable.
Plenty of fluid on to keep make everything slide nicely.
After getting the end caps on i vacuum tested and results showed no drop after a few mins so thats a good start, the toyota book says 30seconds
New pinion in And another special tool made to first hold it still so i could get the nut on and then rotate it so i can set the preload
With everything set and the pipes back on thats all i could do since my new track rods hadnt yet arrived.
Bolted it back up to the car
Between other things i have also been repairing and reinforcing the front bumper. A couple of the “teeth” had broken off So i glued them back in place and clamped up.
The glue is just to hold them in place so i can add some reinforcement In this case the reinforcement comes in the guise of fiberglass filler
The backs are filled and bonded to the top and bottom sections. I dont know how strong it will be but im hoping it will be enough.
The radiator brackets were bent in the crash and looking a bit rough. I would replace them but they are quite expensive to buy new and second hand ones are nearly all in worse condition than these. So after quite a bit of tapping with a slight adjuster
And then blasted and painted, since the rubber is very well bonded on i couldnt powdercoat them.
I also did the foglight brackets while i was at it and these did get powdercoated
Some new horns turned up too. They are el-cheapos but hopefully will be slightly better than the knackered original ones it had on before, although it does turn out that part of the reason the original ones were so feeble is because only one of them was connected
Something i have been pondering since doing the underside is the front ARB mounts. On the earlier version of this model they are known for cracking and tearing the mounting location out the chassis under prolonged, hard driving conditions Since mine is a bit newer it has the additional reinforcement but i have still heard of it happening especially where stiffer suspension and polybushes have been employed. While my car isnt particularly low and stiff it is fully polybushed and i like to push it when conditions allow. Either way it cant hurt to give the mountings a fighting chance. And an extra bit of stiffness never hurt anybody Enter a new cad template
Into some 4mm steel.
A quick bend in the press and they are looking rather good.
There was a second attempt as i just wasnt happy with the holes lining up but now everything lines up perfect.
I made up a quick stainless spacer for the front to stop the flange getting crushed.
Make up another as a mirror image.
Followed by a quick powdercoat and on they go
In other news i finally ordered myself a new radiator. The quality seems decent although its technically the wrong size it still fits in the hole.
I say technically as the mr2’s came with a couple of different sized radiators, it seems that you are most likely to end up with the bigger one when ordering although the smaller ones do apparently turn up from time to time.
The fans will of course not fit
But that can be future egils problem. I also got the aircon rad bolted up since its been floating around the workshop for months.
The tie-rods arrived and despite having the same part numbers one is painted and the other isnt also there is other differences but the essential bits appear to all be correct. I expected better from Febi to be honest.
Ah well i can apply a coat of paint to have them both looking resplendent and hopefully keep a bit of rust away for some time atleast.
On they go, along with new boots and outer ends. Its all looking very good from under here.
Continuing at the front end i have bolted and wired up the new horns.
Testfit the crash bar. This will be getting blasted and painted.
And just to have a check and make it look like things are happening, i popped the front bumper back on. I apparently have some more work to do on the bumper too as there is more holes for the numberplate than there should be.
While nothing is bolted up properly all the bodylines are looking very good. I think im starting to run out of excuses for not getting on with the bodywork now so primer is coming soon.