This section allows you to view all Messages made by this member. Note that you can only see Messages made in areas you currently have access to.
Messages - Aerocoupe
The control arm cross mount looks really good. Be curious to hear your feedback on how the car handles once you get it dialed in.
I am not a tuner but I do have a basic understanding of how the EEC-IV functions. I am not going to internet second guess a guy that came as highly recommended as Archie has and I talked to some of the guys that own the cars he has tuned with nothing but high regards for his ability. If you are curious as to his reasoning give him a call at True Street Motorsports at (972) 542-9886.
So the build on the 351 is like this from the top down:
Carburetor - Holley 750 double pumper modded by the Carb Shop in California to an 830 with their road race package
Intake - Edelbrock Victor Jr that is gasket matched to the heads and just cleaned up of casting flash down the runners
Heads - AFR 185's with mild port work, Manley SS valves, Isky 8005 springs, titanium retainers and keepers, ARP rocker studs, Comp Cams Pro Magnum roller rockers & stud girdles, and ARP studs to fasten them to the block
Block - Stock '94 Ford roller block that has been magnafluxed for cracks, bored .030" with torque plates, line honed, Probe Street Fighter main girdle, and some work done on the oil passages
Rotating Assembly - Ford SVO billet 351 crank (no stroke), Probe I-beam rods, Probe SRS pistons, Probe ring package, King bearings, Ford SV billet flywheel, Ford SVO balancer, and RAM clutch assembly all with ARP fasteners
Cam - Comp Cams 35-450-8 (cam specs here http://www.compcams.com/Company/CC/cam-specs/Details.aspx?csid=1047&sb=2) with a billet adjustable timing gear set
If you want to dive further into the car then I did have a couple threads on the motor, fuel system and exhaust:
Going from the 302 to the 351 - https://www.foxtbirdcougarforums.com/index.php?topic=33877.0
Custom Exhaust - https://www.foxtbirdcougarforums.com/index.php?topic=31210.0
Anyhow, they are two different cars and two very different motors. I will say one thing though, if you put 302 parts on a 351 you will make 302 power. What ever you build just understand that you need to set a goal and know what you are building the motor for like street, drag, road racing, etc. The cam is the brains of the whole operation so know what kind of power you want to build and what rpm range and if you are going to be injected or carb'd from there you can start mapping the rest of the motor out.
I put the motor back in the car a few weeks back along with a new RAM clutch so I have been keeping the rpm's below 4,000 while getting a couple hundred miles on the new clutch before it went to the dyno. I also picked up a new set of 275/40/17 Nitto 555R's for the rear as the other tires (Kumho) were garbage from day one. Not really knowing how bad the tune was out I was still unimpressed with the 331 and wondering if I should have gone for the 347. I just got a smoking deal on the 331 kit ($450 SCAT kit never installed) so that is why I went with a 331. Supposed to be a better rod angle as well but most newer 347 kits have corrected that by moving the wrist pin in the piston.
Anyhow, I left after work this past Thursday afternoon and drove down to my home town to get my buddy's car trailer (3 hours) and then over to my dad's shop to load my car (2 hours) and then cooled off, grabbed a bite to eat, a couple of bottles of water and then drove to my hotel in McKinney, TX and arrived there at 12:15am on Friday. Got up at 7:30 and was down at True Streets Performance shop with the car unloaded and parked in front of the dyno bay at 8:55am for a 9:00am appointment. Met the tuner (Archie) and got on the dyno at 10:30am. He had a Mopar up on the dyno and needed to finish it up before he started on mine which was okay with me as I was busy looking at all the other cars they had there. Had to be at least 30 cars with Fords being the majority but they did have a Grand National that was putting down around 650 rwhp, couple of Mopars, and a couple Bowties all making more power than me but I think they all had some kind of forced induction. Archie spent until 2:00p tuning on the Coupe and I got back to my dad's shop in Oklahoma around 5:30pm...a very long 24 hours.
Archie was awesome to watch work and just a super nice guy. So I was outside when he made the first pull on the existing tune and I heard the sound of a motor lean in the upper rpm's. My guess was around 4,000 rpm and he confirmed it was 4,500 and just got worse as it went up to 6,000. By the sixth pull it sounded really good and he came inside the show room. He asked if I had an MSD in the car, where the hell it was mounted (he looked in all the usual spots and could not find it), and if I did have one what chip I had in it. I told him it was tucked away behind the front bumper on the driver side and I thought it had a 6,200 rpm chip in it. He came back inside with a smile on his face and tossed me a 6,000 rpm chip (woops) and said he was going to let the EEC do the rev limiting as the MSD's limiter was not as accurate and then he went back to tuning. He made two more pulls and came back inside and said he deleted the O2's from the EEC so I can now unplug them and plug the holes in the X-pipe. Said the signal on them is usually crap and he can tune without them and the signal on mine was crap. He wanted to let the motor cool off and make a couple more pulls to mess with the idle and tune on the low rpm range. So with all of that the new shift point is 6,500 rpm and it ended up with 364 rwhp and 386 ft-lbs of torque out of the 331. One other thing, I have 42 lb/hr injectors and I am 60 to 70 hp from running out of injector at 52 psi of pressure. Those that think 30's or 36's will be okay on a naturally aspirated 331 or 347 need to rethink this. Just passing on what works in my car so take it with a grain of salt.
So I worked on my F100 on Saturday and then went to the races that night so I did not driver the Coupe that day. Woke up on Sunday morning and it was 72 degrees so I took the car for a spin around town and then out of town on a long stretch of no car in sight four lane...I can tell you triple digits are almost had at the top of third but it smashes them in fourth.
We also talked ourselves into gusseting the four link front cross member on the bottom for two reasons, one we thought it needed it and two we had the plate so why not melt some metal. Will clean up the welds but this was about 10 minutes after they were welded up.
So from here about the last thing to weld up are the front lower control arm rear bushing mounts. Will need to do some research on that so that I can get the caster at about 5-6 degrees positive before we weld them up. This will allow for a couple of degrees of +/- adjustment down the road. I couple guys have done this and have some good write-ups on how to do it so I just need to reread those and fully understand what I am doing as this is critical like getting the four link setup right.
Got the bottom side welded up and then ground all of that flat and brightened it up. Still a couple small spots to weld up so it is filled in but we will get those when we are done welding up the boxing plates.
From here I stared making the templates for the boxing plates on the rear of the truck and for the front as well. I was going to try and do the rear plate in one piece but getting it around the front support for the four link, the "C" notch, and the rear coil over upper support bar was going to be a pain so I opted to two piece it.
Here is the template for the back section of the rear boxing plate
Then the rear boxing plate fitted with the front template being fitted
Front and rear boxing plates fitted and ready to tack into place
Moved to the front of the truck and made the templates to box the frame where the Crown Vic IFS is installed. Welded up the spacer tubes and then cut the boxing plate out and fitted both sides. I think we are going to heat the frame in a couple spots as the lips on the frame are just not 100% straight and it will make the welding a lot better.
Should get back on welding out the boxing plates this weekend if all goes well.
Here is the thing that I highly suggest you do and that is to make a 1/4" spacer that will go between the gas pedal bracket that bolts to the firewall and the firewall. I made mine out of 5 -1/2" long 1-1/2" wide piece of aluminum strap. Had to radius the lower right hand corner and over drill the holes to 5/16". This gets the damn pedal off the carpet and allows the WOT stop built into the stock gas pedal assembly to actually hit before contacting the carpet. This will allow easier adjustment of this cable assembly.
Install the gas pedal and attach the throttle cable to the pedal. You can slide the wire rope out of the sheath a ways and once the pedal is installed pull it back through. We will adjust the cable on WOT only as the return spring will set the idle position.
Remove the threaded ball from the end of the Lokar piece that will snap onto the ball of the throttle body lever. The only picture I have of this piece is when I was making sure it would snap into the throttle cable clip which is the piece of plastic that connects the throttle cable to the cruise control cable. So yes you can keep your cruise control doing this my way.
Note: this piece has some tension adjustment via the threads so put them in the middle.
Snap just the Lokar piece onto the throttle body lever. I took a small zip tie and loosely zip tied the wire rope to this piece so I could measure how long the wire rope needed to be. Do realize that over an inch of this cable will slip up into this piece and my advise would be to cut it longer than you think you need. Cut the wire rope to length and insert the end of it into the piece that attaches to the throttle body. The fun part is holding the throttle body at WOT so you can screw down the set screw at this point. I ended up taking the inlet tube off the throttle body and having someone hold the blade as that made more room down where you need to tighten up the small F'n set screw.
Okay, so now we have WOT throttle pretty much set. Now you will need to install the return spring. I used the smaller diameter inner spring from the Spectre Performance 4700 throttle return spring set and it worked perfect. You will attach this through the throttle cable screw hole on the throttle body bracket and then into the auto trans kick down hole on the throttle body lever. IF you have an auto trans you will need to remove your throttle body and drill a small hole somewhere on this lever on the kick down cable side so this will work correctly. When done it will look like this:
Okay, now we have a completely functioning throttle cable but you need to make sure that when the gas pedal is WOT the throttle body is WOT. I did a reset on the throttle position sensor and glad I did. At idle (car not running but key in the run position) I was getting 1.064 volts on the DVM. I adjusted the TPS and got it down to 0.964 volts...good enough. When the gas pedal was pushed to WOT I got 4.41 volts and I pushed on the throttle body blade and it went to 4.6 volts. I removed the part that snaps onto the ball on the throttle body lever and used the threads on it to fine tune WOT.
Last thing is here is the cruise control cable connected to my new throttle cable and yes it works just fine.
From here you need to cut the wire rope out of the sheath and save the little green plug on the wire rope that pops into the gas pedal as we will use that here in a bit. Discard the rest of the wire rope. On the sheath cut off and save the end that attaches to the firewall and toss the rest. You will need to remove the rest of the cable down in the fitting. I used a 3/16 drill bit and a little at a time removed the bits and pieces. Double check the 3/16" as you do not want to drill out the hole any larger than what it is on the passenger compartment side of this fitting. I tried to remove it with a punch but that was futile as it just waded up in the fitting and wasted time. Once you have it removed then you will want to step up in drill bit sizes to 1/4" (OD of the new throttle cable sheath) and drill the engine bay side out about 3/4" deep. This will allow you to slip the new throttle cable sheath down into this fitting.
So now you have the green plastic plug and the firewall fitting. Take the 36” long Lokar cable (P/N TC-1000U36) and removed the wire rope from the sheath. One fitting will slide off the sheath so take that off and set it and the ferrule type tube to the side. The other fitting is attached to the sheath with some kind of crimp so I cut that fitting of flush with the sheath. I cleaned that end up (don't do this as you will end up shortening the sheath some more.
Now take the end that slipped on the sheath and install it into the throttle cable bracket that attaches to the throttle body like this:
Install the firewall fitting back on the firewall and then insert the factory end of the Lokcar sheath into that fitting (you should have checked the fit prior to this...) and it should look like this:
Route the sheath like you would your throttle cable and then hold it up to the fitting you installed on the throttle cable bracket on the throttle body. This is where you are going to cut the sheath to length. I ended up cutting 5" off mine but this is a custom fit thing so you may want to verify what works on a Fox Mustang work on our cars. Remove the sheath and cut it to length. I used a dremel with a cut off wheel and that worked very well. I removed the firewall fitting and then put that on the sheath.
Next you will need to slide the green plastic fitting onto the Lokar wire rope. One end has a round end and mine was painted red. I installed the green plastic fitting and did not like the looks of things in that I thought a couple of quick throttle mashes and the red end might pull through the green plastic fitting. I rummaged through the shop and found some really small washers so I installed two of those on the wire rope and then put the green plastic fitting back on and was satisfied. I forgot to take a picture of this out of the car so I dropped the gas pedal and snapped one.
Here is the washer that I put on the cable. I put it on a tape measure so you can get an idea of how small it is.