2000+HP LSX Pics
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2000+HP LSX Pics
We have made 20 passes on our LSX block with the 106mm turbo pushing 2000hp. We have since then upgraded to the 114mm turbo in hopes of making over 2500hp but found out at the same boost levels we ran with the 106 to the 114 we ran out of fuel system and hurt a head gasket. We decided to pull the motor and check everything over after these 30 passes to see how this new LSX block was holding up. Well here are some pics of the bearings and block. Even making over 2000hp for right at 30 passes the bearings and block still look new. Just thought some of you would like to see this info.
Steven Fereday
Late Model Racecraft
713-466-9900
Latemodelracecraft.com
Steven Fereday
Late Model Racecraft
713-466-9900
Latemodelracecraft.com
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I doubt that the block is grouted. This is good to see that everything is looking good. I do not think you guys have a dial bore gauge to let us know if the cylinders have moved any but everything looks to be squared away! Let us know what Pecos and Bryan @ LME say when ever you guys get it back!
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I doubt that the block is grouted. This is good to see that everything is looking good. I do not think you guys have a dial bore gauge to let us know if the cylinders have moved any but everything looks to be squared away! Let us know what Pecos and Bryan @ LME say when ever you guys get it back!
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Here is a link to a little video from a stock suspension race in Hattisburg Ms.
http://www.youtube.com/watch?v=W-9xdWd0kes
http://www.youtube.com/watch?v=W-9xdWd0kes
#17
hmmm.
Zombie incountered the same problem, bigger turbo at same boost requires more fuel.
For some reason my mind thinks it should be the oposite in the bigger turbo would be less backpressure alowing more exhaust gas to exit easier thus letting the piston and cylinder to stay cooler and needing less fuel to stay away from denotation land.
Zombie incountered the same problem, bigger turbo at same boost requires more fuel.
For some reason my mind thinks it should be the oposite in the bigger turbo would be less backpressure alowing more exhaust gas to exit easier thus letting the piston and cylinder to stay cooler and needing less fuel to stay away from denotation land.
#18
hmmm.
Zombie incountered the same problem, bigger turbo at same boost requires more fuel.
For some reason my mind thinks it should be the oposite in the bigger turbo would be less backpressure alowing more exhaust gas to exit easier thus letting the piston and cylinder to stay cooler and needing less fuel to stay away from denotation land.
Zombie incountered the same problem, bigger turbo at same boost requires more fuel.
For some reason my mind thinks it should be the oposite in the bigger turbo would be less backpressure alowing more exhaust gas to exit easier thus letting the piston and cylinder to stay cooler and needing less fuel to stay away from denotation land.