Derracudas zermatt 20vt,6spd, 351awhp - July 4th drive vid
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derracuda
i'm baaaaaccckkkk
i haven't done much on the dash because i'm working on getting the big fabrication bits done so i can take the car home to oregon where if need be, i can wrap up wiring bits and small stuff. so i started off by figuring out what needed to be done to fit the IC up....
then i moved on to the front suspension. i need to finish modding the strut tubes so i can get my 235's in place.... can't live without those
started by removing the spring perches...
then carefully worked at getting the steering arms off and clearance ground at the tie rod end....
and then test fit them here. i flipped the arm so the tie rod now sits on top. this works in conjunction with the arm being slid all the way down the strut tube and the car being slightly lower to end up with the tie rod being almost flat at ride height.
here's some more front fitment pics with the 235's...
rear of the front wheel arch
it does touch here, but that's only because the plastic bulges. i'm going to lay the plastic down flat somehow
front of the front wheel arch..
plenty of clearance here!
max compression, just as tight here as my old 215's on the white car
it'll sit with about a 1-1.5" gap between the tire and the fender lip for practical purposes.
plans for the springs are... 200 20v rear springs in the front with 1 ring cut off to raise the spring rate to 200lb/in and i'll be installing some ground control spring perches to make my final right height adjustments perfect. amazingly enough, the bottom of the 200 spring JUST fits the collar on the adjuster sleeve.
i haven't done much on the dash because i'm working on getting the big fabrication bits done so i can take the car home to oregon where if need be, i can wrap up wiring bits and small stuff. so i started off by figuring out what needed to be done to fit the IC up....
then i moved on to the front suspension. i need to finish modding the strut tubes so i can get my 235's in place.... can't live without those
started by removing the spring perches...
then carefully worked at getting the steering arms off and clearance ground at the tie rod end....
and then test fit them here. i flipped the arm so the tie rod now sits on top. this works in conjunction with the arm being slid all the way down the strut tube and the car being slightly lower to end up with the tie rod being almost flat at ride height.
here's some more front fitment pics with the 235's...
rear of the front wheel arch
it does touch here, but that's only because the plastic bulges. i'm going to lay the plastic down flat somehow
front of the front wheel arch..
plenty of clearance here!
max compression, just as tight here as my old 215's on the white car
it'll sit with about a 1-1.5" gap between the tire and the fender lip for practical purposes.
plans for the springs are... 200 20v rear springs in the front with 1 ring cut off to raise the spring rate to 200lb/in and i'll be installing some ground control spring perches to make my final right height adjustments perfect. amazingly enough, the bottom of the 200 spring JUST fits the collar on the adjuster sleeve.
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derracuda
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WAUG0806
Are you sure? I didn't think so, and I don't think I've seen a 10.9 stretch bolt.Wizard-of-OD wrote:you do know the camshaft bolt is a stretch bolt right?
Mark Siggelkow
'90 CQ-R - NASA GTS-4
'12 TT-RS (Wife's DD)
'00 A4 1.8TQ (My DD)
'62 356B (vintage racer)
'07 Toyota Tundra CrewMax (for towing/hauling)
'90 CQ-R - NASA GTS-4
'12 TT-RS (Wife's DD)
'00 A4 1.8TQ (My DD)
'62 356B (vintage racer)
'07 Toyota Tundra CrewMax (for towing/hauling)
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derracuda
more progress today! first up, a couple pics of the end tank on the IC. it's not finish welded, but just incase someone wanted to get a better idea of the configuration.
now back to the suspension
Ground control to the rescue! 8)
doug, ask and ye shall recieve
this one is pretty close, i had to remove the inner weight off the rim as it was just knicking the strut tube
it's a game of mm's here
i ended up putting the upper face of the spring perch 4.25" down from the top to ensure proper tire clearance since it's now so close between the tire and strut
cleaned and painted the housings after the final welding
the spring now sits about 2" lower than it was on the stock spring perch, so before i cut the springs, i'm going to see where she sits and go from there. at this point, without cutting the spring, i can't lower it anymore.
hopefully i can achieve a ride height about here.....
the other thing i got done was the downpipe. i used a 3" bend to get be down around the CV joint from the 200 downpipe section i used.
finished it off with some header wrap
one nice thing about the 20v swap.... no messing with the steering arm 8)
annd, i also got my RS2 fan shroud in with my 200 20v fan. still have to wire it up, but i'm saving that for when i have less difficult fabrication stuff to do.
now back to the suspension
Ground control to the rescue! 8)
doug, ask and ye shall recieve
this one is pretty close, i had to remove the inner weight off the rim as it was just knicking the strut tube
i ended up putting the upper face of the spring perch 4.25" down from the top to ensure proper tire clearance since it's now so close between the tire and strut
cleaned and painted the housings after the final welding
the spring now sits about 2" lower than it was on the stock spring perch, so before i cut the springs, i'm going to see where she sits and go from there. at this point, without cutting the spring, i can't lower it anymore.
hopefully i can achieve a ride height about here.....
the other thing i got done was the downpipe. i used a 3" bend to get be down around the CV joint from the 200 downpipe section i used.
finished it off with some header wrap
one nice thing about the 20v swap.... no messing with the steering arm 8)
annd, i also got my RS2 fan shroud in with my 200 20v fan. still have to wire it up, but i'm saving that for when i have less difficult fabrication stuff to do.
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cuatrokoop
- Posts: 271
- Joined: Thu Mar 07, 2013 11:27 pm
- Location: Findlay, OH
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derracuda
cuatrokoop wrote:Er, what? A 10.9 grade metric bolt can't be TTY. Otherwise it wouldn't be a 10.9. Material wise, a 10.9 is roughly equal to a Grade 8 fastener. You won't be putting a 130ksi on that bolt any time soon to make it yield.Wizard-of-OD wrote:you do know the camshaft bolt is a stretch bolt right?
so, i guess to answer the question....
no, i didn'tWizard-of-OD wrote:you do know the camshaft bolt is a stretch bolt right?
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Wizard-of-OD
Its a stretch bolt fergie...and it costs $1.cuatrokoop wrote:Er, what? A 10.9 grade metric bolt can't be TTY. Otherwise it wouldn't be a 10.9. Material wise, a 10.9 is roughly equal to a Grade 8 fastener. You won't be putting a 130ksi on that bolt any time soon to make it yield.Wizard-of-OD wrote:you do know the camshaft bolt is a stretch bolt right?
Author: Jonathan [ Tue May 15, 2007 7:36 pm ] Post subject:newt wrote:
Do it, especially if you plan to go the KW route.mhb_1323 wrote:that looks great, you got me thinkin about going for two piece struts now. :-)
Mark Siggelkow
'90 CQ-R - NASA GTS-4
'12 TT-RS (Wife's DD)
'00 A4 1.8TQ (My DD)
'62 356B (vintage racer)
'07 Toyota Tundra CrewMax (for towing/hauling)
'90 CQ-R - NASA GTS-4
'12 TT-RS (Wife's DD)
'00 A4 1.8TQ (My DD)
'62 356B (vintage racer)
'07 Toyota Tundra CrewMax (for towing/hauling)
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Longitudinal
- Posts: 107
- Joined: Sun Mar 03, 2013 1:29 am
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Clouse
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derracuda
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Wizard-of-OD
Because its a valid point.Whenever you do an engine rebuild (at least for the VW Inline-4's) you change the following:derracuda wrote:hey sparky, you brought it upWizard-of-OD wrote:I cant believe this is even being debated?
* Im shaft bolt
* Camshaft bolt
* Crankshaft bolt
I had the same thinking as well a year ago then I was showed an engine where the camshaft bolt on a 1.8T was reused and it let go. (read camshaft,not crankshaft).It costs like $1 @ most from the dealer so why not change it and use the bolt for something else less important?
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subvertdesign
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derracuda
subvertdesign wrote:Looks great so far! A few ? for you. What's the offset/width of the wheels? Which strut/hub assembly- moreso what hub offset? What are you doing for camber settings? Did you clearance fit everything with the camber setting (in the two bolts for the knuckle to strut maxed out?)
the bolts holding the struts together are stock type, no adjustment other than the little bit of slack in them.
the strut assemblies are listed further back in the thread, but i'll say it again
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cuatrokoop
- Posts: 271
- Joined: Thu Mar 07, 2013 11:27 pm
- Location: Findlay, OH
No, it's not. I won't repeat myself. Nate posted the factory manual section on it too. I always use some thread locking stuff on that bolt so it doesn't back out. This is not a 1.8t, or any other VW 4cyl. What you do for those doesn't necessarily translate to a 20v or 20v 5cyl. I have NEVER replaced the cam timing cog bolt. Including the one on the 5kq that was hit by a Jeep and broke the cog. Bolt was fine, so I reused it. That was like 4 years ago.Wizard-of-OD wrote:Its a stretch bolt fergie...and it costs $1.cuatrokoop wrote:Er, what? A 10.9 grade metric bolt can't be TTY. Otherwise it wouldn't be a 10.9. Material wise, a 10.9 is roughly equal to a Grade 8 fastener. You won't be putting a 130ksi on that bolt any time soon to make it yield.Wizard-of-OD wrote:you do know the camshaft bolt is a stretch bolt right?
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derracuda
*sigh*... well, she's not done yet.. nor back home yet. i was just too busy at the shop with all sorts of things that enough couldn't be completed to bring her home. here's my latest though....
the intercooler aside from being stripped of it's paint and cleaned... is done 8)
the oil cooler has been mounted, but i still need to run lines. i'll likely do those when i get the car back home as there's a fantastic hydraulic shop up here that i want to have make the lines.
P/S pump bracket finalized...
i got my adjustable coilover sleeves installed in the rear as well as the front. i didn't cut either front or rear so that i could see where it sat with just the perches sitting 2" lower than previously... but that didn't change things much
so off came 1.5 rings..
which after doing some spring rate calculations, will effectively raise the spring rates from 150ish lb/in.... to just over 200 lb/in. to accurately measure, we did a unloaded measurement of the spring sitting on the ground by itself, and then i put my 215lb's worth of hunky man on it and it compressed exactly 1"! nice! so now i have a car that sits like this 8)
i can still adjust them upwards since the collars are all the way down. also, the springs are_exactly_at the perfect length so that they aren't loose at full extension/droop of the strut cartridges travel.
i also thought it would be a good idea to make something to ensure the spring doesn't get unseated
rear struts completed...
also note that the oil cooler isn't hanging below the bumper
the last thing i did was toy with the front spindles.... one of the other guys here on MG (i can't remember his name, but he has the yellow URQ race car) said that swapping the spindles right to left and vise versa was worth 1.5 degrees of positive castor..... sooo i had to try it for myself
turns out i got 2 degrees 8). the only issue now is.... the wheel sits too far forward and will cause major rubbing issues with the front plastics. no, i will not trim it because that will only help part of the issue. the tire will also hit the fender arch on hard bumps. so, the only options are... #A. tilt the top of the strut back to compensate and put the wheel back toward the center of the wheel well (which will also inherently increase my positive castor to a grand total of about 6 degrees). or #2. put it back and live with it the way it was sorta intended to be. i like the #A option, but it means figuring a way to move the strut tops back..... and i don't want to use camber plates because it's not going to be a full on track car that i want to make a ton of adjustments to. i'm looking at what it will take to create a new weld-in upper piece to hold the stock style upper strut mounts.
sorry for the dark first pic, but these give you an idea of how far forward it moves the wheels...
and the last thing for this update is the clearancing of the rear fender lips
i made tons of room and it turned out really nice.... wish i had done it this way on my alpine car.
i started of by drawing a line to follow...
then used the air hacksaw to start into my line...
i ended up just completely removing this screw..
then just trimmed it out all the way around..
that's it for now! i just got one of my black silicone 90's in the mail and i'm awaiting on a hump hose and a straight so i can finish up my intake plumbing when i get back.while i'm at home i need to finish up my HID conversion on the eurolights and then i can mount and wire them when i get back...along with wiring the new radiator fan up... and the dash... and fixing the trans output shaft seal leak... and finalizing the exhaust hook up... which! i almost forgot... i ordered a slick 3"-2.5" reducer made by flowmaster so i can hook my downpipe to my stebro exhaust. the reducer looks like this...
i get two in the kit... but i only need one.. so if someone needs a nice reducer.... lemme know 8)
the intercooler aside from being stripped of it's paint and cleaned... is done 8)
the oil cooler has been mounted, but i still need to run lines. i'll likely do those when i get the car back home as there's a fantastic hydraulic shop up here that i want to have make the lines.
P/S pump bracket finalized...
i got my adjustable coilover sleeves installed in the rear as well as the front. i didn't cut either front or rear so that i could see where it sat with just the perches sitting 2" lower than previously... but that didn't change things much
so off came 1.5 rings..
which after doing some spring rate calculations, will effectively raise the spring rates from 150ish lb/in.... to just over 200 lb/in. to accurately measure, we did a unloaded measurement of the spring sitting on the ground by itself, and then i put my 215lb's worth of hunky man on it and it compressed exactly 1"! nice! so now i have a car that sits like this 8)
i can still adjust them upwards since the collars are all the way down. also, the springs are_exactly_at the perfect length so that they aren't loose at full extension/droop of the strut cartridges travel.
i also thought it would be a good idea to make something to ensure the spring doesn't get unseated
rear struts completed...
also note that the oil cooler isn't hanging below the bumper
the last thing i did was toy with the front spindles.... one of the other guys here on MG (i can't remember his name, but he has the yellow URQ race car) said that swapping the spindles right to left and vise versa was worth 1.5 degrees of positive castor..... sooo i had to try it for myself
sorry for the dark first pic, but these give you an idea of how far forward it moves the wheels...
and the last thing for this update is the clearancing of the rear fender lips
i made tons of room and it turned out really nice.... wish i had done it this way on my alpine car.
i started of by drawing a line to follow...
then used the air hacksaw to start into my line...
i ended up just completely removing this screw..
then just trimmed it out all the way around..
that's it for now! i just got one of my black silicone 90's in the mail and i'm awaiting on a hump hose and a straight so i can finish up my intake plumbing when i get back.while i'm at home i need to finish up my HID conversion on the eurolights and then i can mount and wire them when i get back...along with wiring the new radiator fan up... and the dash... and fixing the trans output shaft seal leak... and finalizing the exhaust hook up... which! i almost forgot... i ordered a slick 3"-2.5" reducer made by flowmaster so i can hook my downpipe to my stebro exhaust. the reducer looks like this...
i get two in the kit... but i only need one.. so if someone needs a nice reducer.... lemme know 8)
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s2 on the way