LE2 355 with a P1-SC procharger?
I planned on putting a forged bottom end it in a spraying a lot of juice to it. But, lately I have really been leaning towards a Procharger kit. I found one cheap that is a P1-SC HO unit with the twin intercoolers.
So basically, my question is, if I did a 4 bolt splayed main with the stock crank, Compstar rods, and forged 8.5:1 Compression pistons, would it be okay to run the kit with around 8-9PSI of boost?
I like nitrous and how much power it adds, but hate having to fill the bottle up and warm it before every run.
Also, what else would I need to look at as far as extra accessories to go with the Procharger kit?
I built a 383 LT1 with a Vortech a couple years ago. Still running strong to this day. Getting ready to up the boost. Runs 12.3 at about 117 consistent. Thats on a street tire, with a 2+ sec 60. Oh yeah, forgot to mention its an Impala SS that weighs like 4000 pounds or more.
Why not use the stock crank? I've heard they are strong enough and I was going to use it to spray a 200 shot.
BTW the stock pistons hate boost too.
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I've seen factory LS cranks go close to 1000 hp at the wheels. Thats crazy power for a stock crank. I dont think I would use one even though I've seen it with my own eyes.
I've seen factory LS cranks go close to 1000 hp at the wheels. Thats crazy power for a stock crank. I dont think I would use one even though I've seen it with my own eyes.
But where I am building it for me and it is going to be a fast weekend car, the stocker is fine for me!
A decent forged aftermarket crank for those this is like 500 bucks. Good insurance money if you ask me. You're not talking about a lil spray here and there. A SC with 10# and up is some pretty stout cylinder pressure. Just not worth the chance if you ask me. I'd rather build em to last than build em to chance.
http://www.exoticperformanceplus.com...tCar.php?car=7
Plus, there is no way nodular iron would stand up to the hp that LS cranks are capable of.
Nodular iron is a material. Forge or cast is a process.
Plus, there is no way nodular iron would stand up to the hp that LS cranks are capable of.
Nodular iron is a material. Forge or cast is a process.
http://www.idavette.net/hib/ls1c.html
"Crankshaft Specifications
Material
Cast Nodular Iron" (in a chart)
http://www.smokemup.com/tech/ls1.php
"The LS6 crankshaft is the same cast, nodular iron unit with rolled-fillet journals used by LS1s since 1997."
http://www.idavette.net/hib/ls6/page3.htm
Search on LS1Tech'll tell you it's nodular iron, too.
I don't believe everything I read on the internet, but I don't have many other sources to throw at you right now.
http://www.idavette.net/hib/ls1c.html
"Crankshaft Specifications
Material
Cast Nodular Iron" (in a chart)
http://www.smokemup.com/tech/ls1.php
"The LS6 crankshaft is the same cast, nodular iron unit with rolled-fillet journals used by LS1s since 1997."
http://www.idavette.net/hib/ls6/page3.htm
Search on LS1Tech'll tell you it's nodular iron, too.
I don't believe everything I read on the internet, but I don't have many other sources to throw at you right now.
I hear what they say, and I know what I see. I see a wide parting line of a FORGING. Not a pencil thin line of a casting.





