LSx Valiant Build. Take a look inside...

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Congratulations you now have 22:1 steering ratio...

Haha. Aww man, and here I was thinking I was slick. I've seen the borgeson box, as you mentioned not cheap. Will the arms cause any problems with hitting the oil pan do you think? My idler arm is dangerously close to the oil pan as it is.
 
Haha. Aww man, and here I was thinking I was slick. I've seen the borgeson box, as you mentioned not cheap. Will the arms cause any problems with hitting the oil pan do you think? My idler arm is dangerously close to the oil pan as it is.

Arms are just longer. I have never heard of anyone using them on the manual box. I would check with FF first. If I had to guess I would think they are made for the larger spline only, and I think the older manual box is the smaller spline. Edit: OK I am wrong, they make them for both sizes.

http://www.firmfeel.com/fastrati_a.htm
 
What did those hooker swap headers look like? Doing a little searching i came across these swap shorties meant for 4wd chevy blazers. The #1 primary(if that is #1 on a chevy) appears to make a sharp curve for the collector and may clear the box.

These are the hooker ones I tried.

ilcb39.jpg

http://www.jegs.com/p/Hooker-Headers/Hooker-LS-Cast-Iron-Exhaust-Manifolds/1918563/10002/-1

The link gives specifics to measurements. Are there any measurements available for the ones you posted? The angle does seem to be pretty good.
 
I'm not familiar with my current driveline angle but I just went out back and did some measuring for the crank bolt to K.

From top of K to center of crankbolt: 5.25"
From passenger side of frame to center of crankbolt: 13.75"
From driver's side of frame to center of crankbolt: 15.25"

Looks perfect on position to me. TTI says 5.25" from center of crank to top of K member and 2.5" difference on two side measurements.

That said, you could get away with raising it a bit if your tranny tunnel allows. You may run into driveline angle issues or clearance issues. What tranny are you running? Can you move the motor and tranny up currently without running into the tunnel?

My first hemi had headers that I built with a mig welder. I had less room than you do, and made it work around the factory power steering box. It will work, you've just gotta take the time to do it. Not the most exciting thing to do.

I mounted the engine on a stand, mounted the k frame and steering box to the engine, and tacked the drivers side header together. I started with a cheap set of chinese shorty / mid headers from ebay, and bought some U bends and straights to complete what I needed.
 
Looks perfect on position to me. TTI says 5.25" from center of crank to top of K member and 2.5" difference on two side measurements.

Doh! 15.25" - 13.75" = 1.5" not 2.5"

Move it over 1/2"? 15.75" - 13.25" = 2.5"
 
Looks perfect on position to me. TTI says 5.25" from center of crank to top of K member and 2.5" difference on two side measurements.

That said, you could get away with raising it a bit if your tranny tunnel allows. You may run into driveline angle issues or clearance issues. What tranny are you running? Can you move the motor and tranny up currently without running into the tunnel?

My first hemi had headers that I built with a mig welder. I had less room than you do, and made it work around the factory power steering box. It will work, you've just gotta take the time to do it. Not the most exciting thing to do.

I mounted the engine on a stand, mounted the k frame and steering box to the engine, and tacked the drivers side header together. I started with a cheap set of chinese shorty / mid headers from ebay, and bought some U bends and straights to complete what I needed.

Without cutting up the car there is no more room in the tunnel for raising the drivetrain. I am running a 4L60E. I may consider trying my hand at welding a set if I decide to go the NA route. But I think that a custom turbo setup will yield better results...time to pick up a How To Weld for Dummies book.
 
Doh! 15.25" - 13.75" = 1.5" not 2.5"

Move it over 1/2"? 15.75" - 13.25= 2.5"

I'm an amateur when it comes to driveline setup, but could that 1" of offset pose a real problem? Issues with deliverability, suspension geometry, binding, etc? Bc if the answer is a resounding no then I will stick with the turbo idea I've settled on.
 
Doh! 15.25" - 13.75" = 1.5" not 2.5"

Move it over 1/2"? 15.75" - 13.25" = 2.5"

Thanks for the catch! ha I botched that one.

I'm an amateur when it comes to driveline setup, but could that 1" of offset pose a real problem? Issues with deliverability, suspension geometry, binding, etc? Bc if the answer is a resounding no then I will stick with the turbo idea I've settled on.

you want to maintain no more than 3* working angle on each U joint (less than 2* is ideal). I'll let you do the math.
 
you want to maintain no more than 3* working angle on each U joint (less than 2* is ideal). I'll let you do the math.

Thanks, learning a ton from you guys. I'll check it out once I have the driveshaft setup!
 
glad you're making progress… keep tinkering with the headers, somethings gotta work. thanks for the pics!
 
Where did you get your fuel tank, I noticed the fuel pump mounted inside. Is this something you did or you bought it? If you did it, can you give up the parts list for it.

Thanks,
Mike
 
Where did you get your fuel tank, I noticed the fuel pump mounted inside. Is this something you did or you bought it? If you did it, can you give up the parts list for it.

Thanks,
Mike

Don't remember who it was, when I get a chance I will hunt around to figure it out but someone here used a (gasp) 69 Mustang tank in there a-body. Fit between the frame rails, and looked like due to it's being shallow there would be no trouble running tail pipes out the back. Did a hunt and found several different sources for Mustang tanks with efi pumps installed that were reasonably priced. The fellow I am thinking about worked for Fram.....and the car in question had a turboed import motor in it. Car was for sale not to long ago...perhaps 6 months or so?
 
In regards to the fuel tank I mentioned above....pretty sure it was in this thread...

http://www.forabodiesonly.com/mopar/showthread.php?t=207424

towards the tail end of it I believe........Purists....enter at your own risk....don't say I did not warn you...

interesting...


Tim and I also got the Tanks Inc. 1960's Ford Mustang EFI fuel tank installed and that decision gave us room for our water to air heat exchanger between the axle and fuel tank. We also added crossmembers on each side of the tank and that should also help stiffen the frame. The crossmembers are light and only add about 10 pounds to the rear of the car.

mustang%20tank%20%28Medium%29%20%28Small%29.jpg


lower%20supports%20%28Medium%29%20%28Small%29.jpg
 
My tank is done in a similar fashion:
 

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I called Rock Valley and they quoted 1100 for that setup! Not today. There has to be a better way. I don't really want to go the Mustang route because I like to have a spare tire.
 
I called Rock Valley and they quoted 1100 for that setup! Not today. There has to be a better way. I don't really want to go the Mustang route because I like to have a spare tire.

yea they aren't cheap. last time i called they quoted me $750. guess they went up a bit..lol

the rock valley is nice because it has a baffle or whatever you call it inside to keep fuel around the pickup when turning corners and hard acceleration with say a 1/4 tank of gas...


you can always buy the kit and put their efi pump set ups in your existing tank..
 
You could do an external fuel accumulator. That's what I did. Runs well down to an empty tank.

I like to keep 4-10 gallons in the tank for road racing though. I ran lean after a long sweeper going on to the straight with maybe 2-3 gallons in the tank. Pulled foot out, turned wheel straight, gtg in about 2 seconds.

My accumulator is a 1 quart fuel filter.

Topbrent made this diagram of my system:

null_zps368b6916.jpg
 
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