More power and reliability
With these mods you don't have to touch the cooling system at all so reliability is not hampered what so ever.
Do you daily drive this car? If so, for how long? What rear end gear ratio?
I'll argue that you greatly reduce the long term reliability of your valvetrain with a big cam. A big cam also requires lower (numerically higher) rear end gears for any resemblance of easy driveability on the street, especially with a manual transmission. Fuel economy on the street also takes a hit with a big cam.
Do you daily drive this car? If so, for how long? What rear end gear ratio?
I'll argue that you greatly reduce the long term reliability of your valvetrain with a big cam. A big cam also requires lower (numerically higher) rear end gears for any resemblance of easy driveability on the street, especially with a manual transmission. Fuel economy on the street also takes a hit with a big cam.
It still got 20+ mpg on the highway with 4.10 gears turning around 2,000 rpm on the highway at 70 mph iirc.
I would not suggest the MS4, its an old cam using old technology that flirts with PTVC.
You could certainly use a better cam that's not as aggressive, lose a little power but save your valve springs.
The point being you can get to where you want without a power adder, both a turbo and procharger usually force you to move the cooling fans which can have you chasing issues running warmer than normal.
A maggie might be something to consider as well.
Trending Topics
The Best V8 Stories One Small Block at Time
11.1 compression, 243 heads Ported milled .030, TSP 228R cam .600/.600 112LSA,Ported Fast 92mm intake, 1 3/4 long tubes, magnaflow catback, 60 lb injectors. This all going through a 12 bolt rear. T56 tranny.
11.1 compression, 243 heads Ported milled .030, TSP 228R cam .600/.600 112LSA,Ported Fast 92mm intake, 1 3/4 long tubes, magnaflow catback, 60 lb injectors. This all going through a 12 bolt rear. T56 tranny.















