I just don't understand this. This is a later A body, not an early one. I don't understand WHERE you're runnin outta room or HOW.
I just don't understand this. This is a later A body, not an early one. I don't understand WHERE you're runnin outta room or HOW.
I see, so there are several contributors all adding up. I was wondering, because the later A bodies usually have a pile of room.He’s got a radiator with a thicker core than stock with a poorly designed electric fan and shroud set up. And a fancy serpentine set up designed for looks vs function.
The poorly designed shroud and fan set up is by far the biggest issue though. Not sure what Griffen charged for that mess of a fan shroud, but it was too much.
I just don't understand this. This is a later A body, not an early one. I don't understand WHERE you're runnin outta room or HOW.
uhhhh....I think I'd be changing "something". lolThe combination of the l bracket mounts that stood the radiator off the support 1", the radiator width, shroud and fans width combined with the extra width of the serpentine belt system resulted in the water pump pulley hitting the electric fans. The full radiator width was just over 7".
Took these photo’s after shaving the radiator l-bracket and mounting a flush bracket
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And you may have to shorten the driveshaft.Is it possible? Sure. But you’d need to fabricate new engine and transmission mounts. And then deal with the transmission linkage and/or floor opening depending on your shifter and transmission type. And then deal with the exhaust issue (header clearance), distributor to firewall and wiper motor clearance, and even the valve cover to firewall and valve cover to bulkhead connector clearance.
Depending on how far you move it some of those may be bigger issues than others. Seems like a lot of trouble for very little gain. What is the clearance issue in the front?
Oh well the problem is solved. I removed the “L” mounting flange at the radiator support and used a flush bracket, 3/4” gained. Then I took the shroud and removed about 3/4” off of the sides all the way around, another 3/4” gained. So all in I gained 1 1/4”.
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Nice work!
Now the real question, what cfm is that fan set up rated at?
Nice work!
Now the real question, what cfm is that fan set up rated at?
i'm no mathematician but when i was at school 3/4" + 3/4" was 1 1/2" lol.Oh well the problem is solved. I removed the “L” mounting flange at the radiator support and used a flush bracket, 3/4” gained. Then I took the shroud and removed about 3/4” off of the sides all the way around, another 3/4” gained. So all in I gained 1 1/4”.
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that side shot shows just what you're up against re how far it all sticks forward on the motor.Thought I’d post a pic of the looks vs function serpentine belt system, for those who sometimes put a little value in something that’s looks good and works good too. Of course beauty is in the eye of the beholder.
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