I'm looking to get the best cooling radiator for my 74 F100 4X4, it's got a 428 with 9.5 - 1 compression comp cams XE 262 cam, A/C, P/S and a C6 trans. I found a 2 row aluminum radiator, but am worried about it being only two rows. I'm in southern Utah where it gets really hot, the climate is like Las Vegas NV or Phoenix Az. The truck needs to have a really good cooling system because of the heat and what it will be used for; hill climbing, sand dune running etc. high loads, slow speeds.
Is this two row aluminum radiator good enough or do I need to look for something with more rows?
and the truck used to have overheating problems. The cooling system is one of the things I want to improve on. My truck is a 74, F100, so it may not has as big a radiator as your 76, F150.
In any case, from what I've learned, the aluminum radiators are much more efficient than the stock brass ones, but I'm just wondering if a 2 row is enough.
You may want to call and ask them about the size of the rows. Most new aluminum radiators use rows that are about double the size they used to be. About 1/2" wide compared to about 1/4" wide. I ran into this with an aluminum radiator before when i called to order it i told them i wanted a 4 row and they told me about it. Have had no issues with it. been a couple years now.
Bill Holm
www.billscustomauto.net
72 F100 410 cu in
67 Fastback to be determinned (wifes car)
Usually, stock uses 3/8 rows and most modern alum ones use 1 inch or 1.25 inch tubes. If thats 3/8 tubes it wont do anymore than any other new clean stock radiator would
I'd just go stock replacement 3 or 4 core with the biggest engine driven fan you can fit, or if aftermarket, look for at least 2 one inch cores, but 1.25 is common on the better ones. Those monster ones stock ones work real well.
...I believe all the F-series radiator saddles from 1973-1979 are the same, except some original openings were smaller. In any case, the opening can be cutout/enlarged to match any stock type radiator.
I had a 71 2WD 302 Heavy-duty special that had the stands welded to the rad support like a 4x4, my 71 360 4x4 had the stands as well and a similar radiator as the HD special.
However my parts truck, 72 SWB 2WD 302/C-4, had a surface mount radiator (bolted directly to the rad support, no stands) and my 70 F250 360, 4x4, long bed, had a huge 5 inch (guessing) thick top tank, that used a deeper set of "stands". I had planned to use that radiator in my 1/2 ton, but my 71 rad support was in better shape, so I left it. It never got hot anyway, so the swap was just busy work if I were to change the perches.
Ironically, last year, I went to buy a new radiator for my 71, and its the one that nobody lists, go figure, I picked the oddball way back when.
I ended up having it repaired, but sooner or later I'll have to come up with something
A heavy duty cooling pkg radiator that came from a 1977 in my 72 crew.
It has a 4 inch wide tank on top. It is a very big (tall and wide) radiator.
It is about as much fun to work with as an iron fe intake.
I can't imagine you would need anything more than that.
Tim
1970 Boss 302
1972 F250 Crew Cab (powered by 66 Super Marauder 428)
but it's not like what my truck came with. If I have to I will use the big radiator like you're talking about, but I'm hoping to find a radiator that's about same size as the original; but with better cooling. That's why I'm looking at aluminum radiators; I've heard they are much more efficient than the stock brass radiators.
Kerry, I have an aluminum radiator such as you describe
December 24 2008, 12:03 PM
in my Mustang and it seems to cool well with a very small fan, and no shroud. I am of the impression that the typical two row aluminum radiator cools better than a 4 row brass based on what I have read, but I have not compared the two in one vehicle. This may have more to do with the architecture of fewer larger tubes and different fin density, than actual heat transfer of the material. I've also read (perhaps from Royce)that brass has better heat transfer coefficient, but I suspect that is overruled by the configuration of aluminum radiators.
Gary B
This message has been edited by Garyford on Dec 24, 2008 12:07 PM