Quote:
Originally Posted by isayimandrew
If I'm not mistaken, the CSS solution does prevent head lift up to a certain point but for anyone making huge amounts of power the issue pops back up. I am running that exact set up and under 800 whp so its not an issue for me. I think Spooler mentioned going over 800 whp is where head lift becomes an issue.
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That's right. If you use a quality MLS and head studs with the CSS it should hold at that level as long as your turbo and turbo kit are designed correctly. If you want more you have to do something to create more sealing pressure.
Examples:
Darton sleeves with step deck cut block, Quality MLS, Head studs
CSS with a copper o-ring/Quality MLS with headstuds.
CSS with Top fuel hoops, copper headgasket, Head studs.
Every one of these solutions can be broken if you don't do not size your turbos properly and do not have an optimal turbo kit. High drive pressure will take out a headgasket with the quickness. Too high of cylinder pressure to low in the rpm range will make our blocks dance. We are not able to push our blocks like other platforms can. At 800whp or above one little tuning mistake or pushing your small turbos too hard will cause major grief. You have to know when to stop turning up the boost. You will get warning signs before destruction happens. A standalone with sensors is worth it and will pay for itself. One rebuild will cost more than the cost of a standalone.