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That sounds, and looks, a lot better. Contact Glen at Rose Hills Performance for the trans fix. He's a forum member and a good guy...and he's got his act together trans-wise. Does the test stand come with it? I always thought a test stand was the way to go. Just never built enough engines to justify building one.
Good luck,
BB
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The second T-5 is a spare core. Hoping the primary one I have is ok, but if not I will contact Glen when/if the time comes, thankss
Hooked up the wiring harness last week-end and after I set the timing it fired up first crank! Having it on this test stand is lots of fun, and I can work out a lot of wiring and miscellaneous issues before putting it in the car.
Just finished up a cub scouts meeting and fired up the motor, it was a hit with all the kids and the parents!
Parts are still arriving most every day, but most of the big stuff is here. Any recommendations for a good value clutch? Something firm, but good for a daily driver?
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Last known picture of this 6-cylinder mustang, forced to sleep on the street with the dogs!
And within 48 hours we successfully separated the character from most of the flaws:
And today we removed a few more items and started some test fitting, 14" axle center to lip with an extra 300 lbs sitting above it .. looks like just enough space all around to work perfectly.
I had been keeping little notes on the progress these last few weeks:
- Inspected / assembled 2 steering boxes (with helper).
- Adapted my $26 T-5 speedometer cable to a $14 VSS.
- Removed 1990 oil pan and replaced the oil pump/pickup.
- Drilled timing cover for relocating dipstick.
- Drilled test alternator bracket for dipstick .. nearly perfect.
- Assembled 9" center and axles on housing.
- Assembled flexible exhaust/mufflers for test stand.
- Put together outer tie-rod assemblies.
- Found out axles have studs in wrong holes!
- Found a stocking Scott Drake retailer near my house!
- Spray painted oil pan, rear, springs, and lots of other parts.
- Found out what happens if you paint uncured paint, !@$.
- Figured out what brake line fittings I need.
- Assembled insturment panel with new clear lens.
- Finished soldering new instrument panel voltage regulator.
- Unboxed parts and lots of test fits.
- Unbolted t-5 from bell-housing, trying to degrease.
- Removed all old lug-nuts and installed new ones, huge job.
- Bolted on brake disc's and wheel spacers
- Cleaned up and repainted parts.
- Reassembled epas steering u-joint
- Reinstalled oil-pan and added oil
- Installed drain-plug gasket removed for painting.
- Bolted up new PMGR starter
- Drilled primary alternator bracket
- Ground tabs on master cylinder flat for bracket
- Mocked up master cylinder lines with solder pieces
- Installed alternator bracket
- Installed air-conditioning brackets
- Tried straightening front license-plate
- Installed shiney new gas cap
- Installed electronic flasher, led tail lights
- Installed new drivers mirror
- Drilled and installed passenger mirror.
- Bolted in air-conditioning pump
- Used hose clamp to hold dipstick down
- Re-clocked alternator and installed
- Painted sway-bar, steering components
- Bent a brake line sample from nicopp
- Test fit rear disc brakes and measured for lines.
- Placed more part orders..
- High-level wiring block diagram
- Verifying circuit protection diodes
- Found motor-mount plans
- Located shop to laser cut the parts
- Maybe found adapter for ford quick connect
- Received brake fittings / tabs
- More rear brake line measuring
- Emergency brake clearance issues.
- Wrinkled some more paint, too cold.
- Disassembled front spindles, hubs, and calipers
- Bought a welder, made sparks, then read directions..
- Removed old front lug-nuts, they were like 5" long
- Pressed in new lug-nuts, normal length
- Looking at later model a/c pump mount.
- Inspected 22 gallon gas tank
- Other new parts that arrived
- Got second master brake sample line
- Borrowed brake flaring tool
- Measured 68.5" minimum serpentine
- A 70.5" serpentine belt is too small.
- Getting shop prepped/organized
- A 70.5" serpentine belt fits perfect with right routing!
- Know exactly which A/C pump to adapt
- Mounts drawn up with sketchup, will need longer belt.
- Did a sample brake-line flare.
- More little things showing up today, got the bottom paint!
- Should have stuff at the mail-box, but wife took key to Phoenix!
- Drew up concept for fuel-pump mount
- Measured pininon angle at 2.5 degrees relative to perches
- Removed third-member to replace one of the studs that stripped
- The great debate, rtv, gasket, both, or none, went with both again
- Positioned both brackets and tightened brackets, seated bearings
- Took a few more couple pics of e-brake and disc clearance issues
- Very carefully measured entire rear-end looking for issues
- Bolted up rear wheels to the axle, no wheel brake clearance problems
- Moved everything around to make room for the car
- Parked the car in garage, hmm, face it forward or back..
- Looking at how to remove the windshield trim/gasket
- Totally cheap antenna from po is already rusting
- Rolled rear-end up to back of car, looks about right
- Promise myself that no matter how nasty, will not touch paint/body
- Starting list of the little things that would be easy to forget
- Last chance, is this chassis worthy of all these upgrades?
- The real questions are coming..
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Someone has been very busy. It's looking good. The chassis appears in decent shape from the few pictures posted. It's worlds ahead of where mine started.
When I was painting suspension parts in the cold weather, I heated them up with a heat gun to out some warmth in them. Sprayed first coat, heated some more, then second coat. And left it to dry. So far so good. They are about to go back on the car.
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the driveshaft needs to be installed and checked for angle . . it should run down from the trans by at least 2 degrees and up from the pinion by around 2 1/2 to 4 degrees depending on how much the car is lowered.
if you have to change your pinion angle, it will change your caliper and e brake cable positions.
a special tool is required to remove the windsheild molding.
you can remove the windsheild rubber with a box knife.
.
Last edited by barnett468 (1/12/2015 12:52 AM)
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afnid wrote:
- Found motor-mount plans
- Located shop to laser cut the parts
You're work ethic is impressive and things are looking good! Curious about these motor mount plans. Can you share?
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McStang wrote:
afnid wrote:
- Found motor-mount plans
- Located shop to laser cut the partsYou're work ethic is impressive and things are looking good! Curious about these motor mount plans. Can you share?
It was family bonding time, but it was a very long week-end and had to fight off a few mutiny's. Just a little prep and one more long week-end to put it together???
I came across this thread, pretty much a knock-off of the rmp mounts with changes to the bushings that I think maybe originated here?
There is a download link in post #159: Motor Mount Plans
They have plans for 0, 1/2" (convertible / big block), and a full 1" drop (6 speed tunnel issues?). Seems to me that anytime you can drop 600+ pounds lower in the car it's a win so I got a couple drops to play with and see if it messes with drive-line angles or other clearance issues. I want to eventually run a GT40 intake with a phenolic spacer, so a little more clearance will help there too.
The guy I passed them to seemed more than happy to make a couple of minor improvements and build them complete, welded, with hardware. I should have them in hand by next week and I am sure he plans to make more.
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PINION ANGLE VIDEOS AND INFO
Ford lightening . . upon acceleration, the driveshaft goes past horizontal which is what you do not want on a high perf car or at high speeds, but at steady throttle the angle is fine.
Street car at drags . . driveshaft never goes beyond horizontal to the trans.
drive shaft velocity examples
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barnett468 wrote:
PINION ANGLE VIDEOS AND INFO
Ford lightening . . upon acceleration, the driveshaft goes past horizontal which is what you do not want on a high perf car or at high speeds, but at steady throttle the angle is fine.
Street car at drags . . driveshaft never goes beyond horizontal to the trans.
drive shaft velocity examples
Wow, very interesting, I had never actually seen how much deflection there could be. I used to have a dodge with traction bars and an adjustable pinion snubber and all I knew is I could smack the tunnel pretty hard with it.
Totally makes sense that anytime you exert rotational torque you get another vector that comes off at 90 degrees, thats before taking into account the leverage from the wheels. Also filled in the gaps on why a drive-shaft has a maximum speed before it turns into a jump-rope.
I have the 4.5 mid-eye springs, 2.5 degrees up on the pinion angle relative to the perches. No idea on the engine till it is mounted, or how the T-5 cross-member might have adjusted the angle already but will hopefully cross that bridge soon.
And have to get the go-pro out!
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afnid wrote:
barnett468 wrote:
PINION ANGLE VIDEOS AND INFO
Ford lightening . . upon acceleration, the driveshaft goes past horizontal which is what you do not want on a high perf car or at high speeds, but at steady throttle the angle is fine.
Street car at drags . . driveshaft never goes beyond horizontal to the trans.
drive shaft velocity examples
Wow, very interesting, I had never actually seen how much deflection there could be. I used to have a dodge with traction bars and an adjustable pinion snubber and all I knew is I could smack the tunnel pretty hard with it.
Totally makes sense that anytime you exert rotational torque you get another vector that comes off at 90 degrees, thats before taking into account the leverage from the wheels. Also filled in the gaps on why a drive-shaft has a maximum speed before it turns into a jump-rope.
I have the 4.5 mid-eye springs, 2.5 degrees up on the pinion angle relative to the perches. No idea on the engine till it is mounted, or how the T-5 cross-member might have adjusted the angle already but will hopefully cross that bridge soon.
And have to get the go-pro out!
lol, yeah, the lightening looks scary doesn't it . . looks like there are no bushings in the rear suspension at all . . the prob is that your 2.5 pinion up might not be corect . . this is why i suggested just tacking the perches on . . this being said, places like maier racing sells 1 1/2 degrees shims to change the piniomn angle on a leaf spring suspension . . the old traction masters used on the shelbys reduce leaf spring wrap up which reduces the amount the pinion nose will rise.
the other prob you will have is that the t5 and t5 trans mount will lower the rear of the trans slightly, this combined with lowering the car could cause the driveshaft to run uphill away from the trans . . this is obviously not great but many do this and some have no problem or the driver simply doesn't notice the vibration and others have big problems with it . . one of the cures for this is to lower the engine, but the lowering mounts are hard so they transfer more drivetrain vibration to the body.
heres some more info.
The optimal angle for any driveshaft to run at is 1/2 degree in opposing directions from the trans and pinion . . this is where many vibrational and frictional problems are non-existent.
In order to minimize power loss and vibration in an offset configuration [trans and pinion not in direct line], the pinion centerline and the transmission centerline need to be as parallel as possible under steady throttle/cruise condition.
In general, for most typical street applications, the pinion angle should be around 2 degrees lower [nose down] than the trans with the car in a static position and full tank of gas . . under steady throttle/cruise, the pinion nose will rise slightly and continue to stay in this slightly elevated position [hopefully becoming close to parallel with the trans angle] until the car decelerates at which point the load will be removed from the suspension.
The angle of the driveshaft should be around 4 degrees down from the trans and up from the pinion.
As the suspension compresses, the angle of the driveshaft will decrease.
At steady throttle, there will be some load/torque on the suspension which will cause the nose of the pinion to rise [the pinion rises less on a 4 link trailing arm suspension than it does on a leaf spring one] . . this will also decrease the angle of the shaft as well as change the centerline angle of the pinion to the trans . . the pinion nose can rise enough to cause the driveshaft to go beyond horizontal to the pinion and trans as seen in the video below of a stock ford lightening truck . . this is not ideal but in a stock, non performance street vehicle it is sometimes accepted as a compromise to keep the suspension/ride “soft”, and/or reduce production costs.
If the centerlines of the trans and pinion are out of parallel, the u-joints travel at uneven operating velocities [cycle from one speed to another every revolution] causing the drive shaft to do the same . . a driveshaft with incorrectly phased yokes will also do the same . . the farther out of parallel the trans and pinion are, the more uneven the shaft and u joints operating velocity will be . . this can be seen in the example videos below . . the faster a vibrating driveshaft turns, the worse the vibration will be.
This vibration is hard to distinguish from a bent or unbalanced driveshaft, bent pinion yoke or bad u joints, therefore, if you think you have a driveline vibration, it is best to have theses things checked before making any driveline angle changes.
Last edited by barnett468 (1/13/2015 12:14 AM)
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1965 Mustang Ownership Day 160:
So the car has been apart for 7 weeks, seems like eons since we last drove it.
Finally turned the corner where we are putting things together to work out all the wiring/plumbing before taking it back apart to paint the underside. But it feels like so much more progress than when taking it apart.
I have continued to write-up notes after the week-ends or any time I get over to do some work on it, I know, way too much to read, but if I can just help one person realize what is involved and just say no..
Actually we are still pretty excited about how this should turn out.
Since my last post on 1/11:
Starting scraping off patches of loose undercoat, some is permanent, some just falls off
No way 7.25” rear spring plates are usable for new rear, not even close
Strut rods came off in bad shape, one is pitted pretty bad, other has serious thread damage
Ordered drake 67+ spring plates and a couple of johnny joints and swedge tubes to check out
So appears front-end only had a cosmetic collision, nothing bent on body that I can find
Fenders appear to both be original panels, finding original red inside vendors, in front of doors
Some tweaked metal across top of radiator brace, and jack damage on the strut rod frame pieces, but one got mangled from a curb?
Trying to get the gas out, tried to raise one side of tank to make it faster and started a major drip
Noticed when I put pressure on the spout, the sender started leaking too, nice
Frantically grabbing drain pans, cut the hose and lifted tank out with 2-3 gallons left, cleaned up and called it a day
Pulled wheels/adapters/discs ms brackets, and swapped sides, cables fit much better
Assembled the rotors and wheel adapters and measured disc/rotor clearance, 0.008 at tightest spot
Used bolt to measure worst case caliper movement and the cable will still clear without kinking
Sold gas tank with a couple of gallons of gas to one guy, and rest of parts plus old rims/tires to another! $500 cash back and room to work again!
Still at “we sent what we always send” and you can't measure stage with rear-end company
Sent exact measurements with pictures of axle to bearing hub at 2 points and housing width, the tape doesn't lie
Pulled wheels/adapters/discs off again, no longer tighten anything or use all the nuts/bolts, probably till I drive it, lol
Measured bearing shoulder to axle face (B-Dimension) at 2 1/16” vs 2 1/4”, bearing protrudes another 1/8”
Quick Performance concedes screwup, will replace axles with any dimension I want
Get to pick the width, so will space out wheels and measure tire clearance in a bunch of scenarios
Looking over the relations of the suspension components, there is a lot going on
Noticed how upper control arm is angled which may add more caster when compressed, how much is needed?
Looks like the front strut rod pivot to the lower control arm pivot is parallel to the frame
Read install instructions for new ms clutch cable and booster
Splash guard gaskets are all crumbling pretty bad
Thinking the vintage air interior a/c components is the one to go with
Received motor mounts, they look great, bolted one to frame just to check it out
Put two 1/2” washers under a disc on one side, wheel on the other to simulate new axle widths
Tempted to post this as my permanent solution to see if anybody would think I was serious
67-79 spring plates are still not long enough, and need meat added, or something else
Family day working on cleaning the underside of the car, lots more grease than expected, should have had it steam cleaned
Removed the rear shocks and the last of the brake/fuel lines
Used body hammers to straighten lots of bent edges around radiator and strut supports
Used cutoff grinder to remove the rest of the export brace, my new favorite tool
Removed old steering shaft rubber gasket and test fit new ms pedal brace
Put on rear-tires and checking clearance, looks good inner and outer
Wife was covered with grease from underneath, what a trooper!
Test fit 22 gal gas tank, noticed old spout has a dent in it.
Taped off lots of parts for painting tomorrow.
Brought home springs, spindles to degrease
More cleaning, and more cleaning
Painted miscellaneous suspension parts
Started writing a program to compute caster/camber with various suspension changes
Received a rebuilt sanden a/c pump which should work with the stock bracket with some modification.
Figured out how to do a couple of the harder suspension calculations and added a simple 3d display
Going to get the spring plates from quick performance and return these other ones
Pretty much sure this car has been flown, the landing was a little harsh, finally explains the other damage
Pulled off shock tower covers for the trash, they matched, so thought they were supposed to look that way..
Drilled and fit the MS power brake canister to the firewall/pedal bracket
Used a wire wheel on the outer fenders, and it really cleaned things up nice
Looks like we will just take most of it down to the metal, too much loose undercoating
Cleaned up the area for welding in the camber kit from opentracker
Removed the horns and the hood latch from the front
Found some rust in the left front frame rail under the sheet-metal..
Got the engine compartment clean and marking holes to be filled
Finished straightening the lips on the strut-rod housings and other little spots
Wore through my first wire wheel, figure I will need at least a couple more
Setup the welder correctly and put some decent beads on some 3/16 steel, I can weld, at least thats what I call it
Cut up some little 18 ga squares and did some more test welds
Mig welding is pretty easy, but very different dialed down for sheet metal
Removed the emergency brake handle/front cable assembly
Verified the underbody paint will work on bare metal
Started opening holes up for camber adjusters
One last verification for axle B Dimension
Modifed rear innner wheel wells to make lip turn in instead of out
First welding actually on the car, pretty cool, passed that hurdle
Cut off outer part of subframe connector to get at rust underneath
Burned through the second wire brush, maybe half done, thats hard work, and messy
Got a real die-grinder bur instead of the cheesy grind stones, made it a real tool!
Finished up the slots for the opentracker camber adjusters in a couple of minutes
Cut, hammered, a replacement plate for the side of the frame rail, good so far
Painted some more miscellaneous parts and touched up others
Measured steering components and added to my suspension model
Sold some extra stuff to a guy with an early 70's Mustang II, thats something you don't see every day
Bought the cheap Hedman headers and a nice Valeo clutch kit
Added some parameters for engine, trans, axle to my suspension model
The lincoln brand wire-brushes are a lot tougher than the others I have used
Started welding the camber adjusters, still learning, every other weld is nice, haven't hit double digit total welds yet
Learned you can't weld what you can't see, so had to lay down to weld overhead
Next thought was, omg, overhead welding!? Starting with the advanced project first!? .. pzzzz, came out good
Was able to get it all welded up, ground down the boogers and it came out great overall
Noticed firewall hood bumper brace was tweaked, tapped with hammer and it fell off in my hand, sweet.
Received my new used shock tower covers, I didn't realize how bad my old ones really were, picture needed
Also got a couple more boxes of miscellaneous parts, down to a couple of big things left
Putting off the inside a/c unit until the last minute, and still deciding on a radiator
Used some chassis saver to paint the pitted part of the frame and clamped my replacement piece
Welded up the sheet-metal piece, seemed ok, but kept getting little cracks along the bottom, burnt up a lot of wire
Really need to put the .025 wire on instead of the .030, but welded up several unneeded screw holes
This copper plate thing really helps for welding up holes, welded up the battery tray holes perfectly and those were pretty large
Spot welded several places where I thought it looked like panels were not as tight as I would like
Finally got brave enough to look at my passenger side air vent, it's crusty, but don't see where the leak is
Pushed out the pins in the old firewall heat insulator, so many holes not going to be used anymore
Looked into what to do about the old firewall insulator, quickly wound up on sound deadening materials
Major stocking seller of different sound proofing materials just miles from my house, not that overpriced dynamat
Tried to replace a door spring, since the fender was off thought it would be easy
First old spring broke in half when I compressed it, and then new one was not going to go on without a compressor
Exhanged my old engine mounts for a bumper, the guy didn't even remember me, talked to him over an hour on a saturday, said he got hit on the head and doesn't remember things, really odd
Trying to calculate roll-centers, but Internet sites do it in 2d and there are some really odd vectors that don't intersect in 3d, these models are approximations at best
Removed the rear-end from the car, it wasn't really in all the way anyhow, ordered different spring plates with the axles
Cut a small strip out of the inner fender well where it had cracked and got rusty near the seam on top
Removed the brace piece from under the battery tray area, it had held corrosion/rust right there, needs a patch
Found only cjponyparts had the radiator support hood brackets, mine looks like it was defective when manufactured
Started to bolt the rear bumper on just to feel some forward process, of course nothing fit right, and need to find a schematic for the bumperettes
Took the engine off of the run-stand and got it all setup to drop in the car, and the lift is 6” too low to clear the front
Raised the car back up level and measured lower control arm movement, strut rod does not push/pull the lower arm
Going to go with the 24” radiator, mostly because I could run 2 electric fans instead of 1 and found a mount method I liked
2 cheap chinese fans more redundant than one big one, and it will provide more clearance around the water pump
So found a really nice lift on craigs-list, looks like the big harbor freight one, but seems too solid to be from there
Sold my old pos lift the next day and made $10 on the deal, if I could just do that a million times a day..
Took the wife out for a nice dinner and Friday night entertainment, then we went and put the engine in, priceless
New mounts with the larger tube diameter don't have much if any lateral adjustment, but all is good.
T5 mount is all the way back on the slides, and shifter just fits in the tunnel, no fore/aft play at all.
Would prefer to move the engine back up to another inch for better shifter alignment.. Have plenty of room at the firewall/mounts.
Attached my right spindle and upper control arm and testing the movement up to full bump
Concerned that even before doing the Arnell drop, the ball joint will bind before the suspension will be limited
Popped the chrome off the front windshield and was able to just push the windshield out, no rust/issues
Got my new radiator and ran over to set it in, 24” is so much wider than the old one, well 8” wider to be exact, huge..
Laid the efi harness out, would like to go through the firewall on the drivers side, but it wants to go passenger
Finally got my new axles in, was really my fault for the delay, also got new spring plates, way better than oem
Finally got a copy of Milliken & Milliken and I think I have the anti-dive calculations much more accurate, time to model the springs
Everything I go work on the mustang I am measuring or re-measuring different parts
Made it so I can select any 2 points in my program and get a measurement to test on the car to verify
Really avoiding heading to the shop to work on the car, kinda feeling burnt out and a little overwhelmed at times
Changed out the new axles with the new ones, they really fd this up and cost me a lot of hassle, but at least they were responsive
Plenty of clearance between the disc rotor and the caliper bracket, actually 3/16” added by the longer b dimension
Attached the leaf springs to the rear axle and put the rear-end on my k&l fat jack, worked really nice
Test fitting the headers, got it to slip in on both sides without adjusting the motor
Ran the clutch cable to the transmission, it is going to be really close to the header, it didn't need to be that close
Was looking at my upper control arm, gee if I just cut a wedge out, bend it down, weld it up, it would shorten it and change the angle
Not afraid to cut and weld anything at this point, but would I want to drive the car with that knowledge?
Put the rear-end back in the car, this is the 2nd time putting it in, and it will have to come back out for paint
Went to bolt in my test steering box, kinda hard to do with the motor in, but easy once I cut the shaft in half
The box holes had to be re-tapped, they were really gummed up, same with my good steering box, probably spent 20 minutes just cleaning threads.
Installed the mustang steve pedal support assembly in the car and bolted up the power brake diaphram
Grabbed the new 69? accelerator pedal, but no idea where I should bolt it in at, will look for some pictures
So started messing with my epas, I need to lop another 4” or so off the shaft and one more cut for final
Also need to separate the control box and extend the wiring, but starting to see how the lower part will all fit
Bolted on my master cylinder and slipped the header back on, looks like no issues on this side
Why don't the brake lines go directly out the hole in the side instead of through the shock tower, that would be shorter/neater?
Fuel lines is going to be tougher, the header is down the middle and I need to get the lines to the engine side.
Maybe get the us car too subframe connectors and run the fuel lines right down the rail instead of in the tunnel
Jacked the rear-end up into position and got out the dreaded emergency brake cables from h..
Definitely like the idea of running the brake lines out on the frame instead of across the rear axle, looks like a nice fit when clocked forward
Test fit the new hood mount support brackets, need to drill and prepare to weld to the radiator support
Looked at the t5 mount again, maybe I can re-drill the rubber mount to get another 1/4” or more out of it, e-mailed moderndriveline
Leveled the car again to take more rear-end measurements, want to get the final dimensions to order a driveshaft.
My estimated length was within 1/4” of what I just measured, the program was off because I didn't account for the offset pinion
Still need to decide on chromoly or aluminum for the drive-shaft, will have to see what my local shop recommends
Got more accurate drive-line measurements and calculated the relative angles in my 3d model
Will go back to see if they concur with a new digital level I bought that has a .01 accuracy
Test fit the radiator again, my plan was to bend the excess tin 180 into the engine compartment to provide mounting ears
I really have quite a bit of room between the radiator and the engine and could maybe fit a condenser inside instead of out
So need to find a condenser that I am going to use and make sure I take the whole thing into account before I cut it
Put it off as long as I possibly could, I am going to go with the Vintage Air system for inside the car, need it to do the wiring
Probably need to go look at another mustang and get a few measurements off of it
Started making a cardboard template for a panel to separate the trunk from the interior for maybe some safety and sound deadening
So lots of progress, most everything has to come back apart for paint, but I need to test fit and complete final cutting/welding
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Date night from a week ago, big step getting the engine in sitting on the new mounts and the transmission too. We installed the shifter handle so we could play with the gears like when mom was in the store! Its the little things..
And here it is last week-end after getting the new pedal support mounted and the rear-end back in. Radiator held up with a stick!
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Great work! Keep up the posts.
When you get to the elec fan stage, check out an OEM Ford Contour fan. It fits the 24" radiator perfectly, and is quiet & reliable, & really moves some air.
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Hahaha! I like the disclaimer...so someone will "just say no". I hear you. I really don't think I will every dive this deep into a car again. Don't get me wrong, I enjoy it, but only once to say I did it. My next car is going to be much closer to driving.
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Man, I just had a flashback of reading endless marketing course books in college!
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Spiral Week 8:
So another week with lots of motion, but don't feel much closer to the goal. Had to do something just to feel like there was some progress, new chrome side pieces, shiny!
So one of the nuggets I went through a couple weeks ago was some reason rust got into the lower left sub-frame area. This car doesn't have much rust on it overall, but this spot was by far way beyond anything else we have found:
Looks really bad, this is the area just below your feet looking from the engine compartment.
This is after I wire brushed it and then brushed on an aluminized undercoat, I don't recall there being any spot that wasn't covered, or any holes, none of the rust went through to the other side:
Then I made this piece, I don't have any sheet-metal tools, I just formed the edge with a hammer, and it looks a little off because it is just resting there. Not going to show after I welded it, this was a good practice area for me, and required an extensive verbal expletives to make it right.
This is not anything I even imagined doing a couple of months ago, I nave never done anything like this and just making it up as I go. I thought it might be my most ambitious fabrication on the car, but this last week has been throwing bricks at me when I thought I was finally treading water..
And now for the weeks notes, just say no!
Removed throttle body/egr, see no reason why I need a $50 aluminum plate to hold my throttle cable
Double checked the T5 trans mount, I see nothing wrong, nothing I can change and its wedged, lucky me
Bolted in the upper control arm with a reasonably close number of shims to test range of motion
Testing movement of the control arms, uca is definitely binding before it will hit the low-profile bump stop
Has plenty of range down low, absolutely no way I can drop this an inch without binding issues
Used rubber fuel line to test routing different ways, maybe the injector rails can be reversed
Installed the door springs, had to lop off the end of the chevy door spring tool I bought and then find the sweet spot
Zero'd my digital angle gauged on the 9” housing and the engine is +3.9 degrees, even after the 1” mount drop
First casualty of the 1” drop, the bolt-on cross member will not clear the oil pan, didn't feel that attached anyways
Took some frame measurements for the T5 trans mount to send to moderndriveline.
Confirmed readings at the bottom of the spring plates which confirmed 2.5 degree separation from the pinion
Mocking up the position of the epas, skeptical again that it won't be in the way, need to go read the threads again
Found on vmf forums I can reclock the windshield washer motor 180 degrees, reviewed the other instructions, ready to try again
Received a $150 check to compensate the craigslist engine that belched rust, so some parts + t5 net at $300, integrity on cl!
Really feeling like I need to just bolt some chrome on so I can say something is complete here
Didn't hear anything from mdl on Friday, nice, either way I am probably on my own, their answer will likely be cut the tunnel
Wife retrieved the wrench she dropped into the rocker when removing the side chrome, went right down the little hole, she was so happy
More room for fuel-lines running down the drivers side of the tunnel the way the t5 sits at an angle, but it is still tight
Installed the rear shackles, lubed them up with silicone and they went right in, totally painless
Sat the rear-end on cinder blocks and leveled the axle, then tried to level the body and thought it was seriously twisted
Turns out the fancy new digital level has an absolute and a relative mode, but on separate axis so you have to switch them both
Everything leveled out so measured the fenders and dropped the front-end a couple notches to what should be a 13” ride-height
Current measurements now show a 1.75 degree delta between engine and pinion centers, probably from the shackles
Round about, wound up with a scott drake bumper, but dynacorn bumper brackets, they don't use the same profile, go figure.
Measuring all the outstanding little projects that are going to require steel for, I have about 7-8 custom things to create
Removed the heater cables, those won't be needed for the vintage air system and lubricated the controls, maybe the first time ever
Removed the windshield wiper pump, someone clocked it 180 on vmf with some welding to clear the epas, that project can wait, threw it on the shelf
The epas looks much more viable with the wiper pump removed, but still hard to visualize when it isn't in final position
Marked the inside firewall in preparation to drill the hole for the clutch cable
Removed the front carpet and looked at where to drill for the gas pedal, I think I know where, but need the cable
Jacked the engine up a little bit to get it loose on the mounts and pushed it back to center the shifter in the tunnel, 1/2” space fore and aft
As expected, it will take extending the t5 cross-member at least an inch to center the mounts, thinking just cut it into 1/3's
Taking measurements for what to do about the engine frame brace and adjust the t5 cross-member, maybe cut in thirds and extend
The 1” drop would have moved the shifter forward 3/16”, maybe enough to get the trans bolts in, but I should only be 1/2” lower than 65 mounts, so 3/32”
Put the sanden in place on the engine and verified the fit, need the ports on the back to confirm where exactly to position it
Back to bolting up the front right spindle for some range testing now that I have an approximate ride-height
Shocked by what I found, mostly the lower, but both ball joints are severely limiting the travel where the upper binds before hitting the snubber
Absolutely no way you could do a shelby/drop, you would lose an inch of bump and never come closer than an inch to the bumper
Disconnected from the lower arm, the upper can get a little more range, but not much, would likely bust the ball before it used the snubber with no drop
Totally totally frustrated with this crap, nothing fits right, and everything on this car is fd up, even before I get a chance to f it up myself
ms pedal support brace looks pretty good, marked the firewall for the cable and pulled it back out
took a cut-off wheel to it and voided any warranty making room for the epas to clear it, looks like the clutch stop will be the epas
cut a block of wood to fit over the front bolts and hold the epas exactly in-line at the right height and clamped it together, looking good
put on a front caliper and experimented with positions for relocating the brake-line brackets
measured the throttle cable, at 22”, hopefully they measure by the housing, but can't find anything definitive
drilled holes and mounted the aluminum ms clutch cable bracket, way past time to buy a new drill with a real chuck..
Put a bunch of radiator measurements in sketchup, going to put the condenser between the radiator and support
ordered some moog upper ball joints and another round of parts, and a drill, and sent requests for more condenser dimensions
Last edited by afnid (3/09/2015 1:29 AM)
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