Southern California!
#130
#138
2009 Corvette ZR1
"The engine is based on a modified LS3 6.2-liter block (the LS7's cylinder walls are too thin to withstand boost) and is expected to produce 100 horsepower/liter. Because tweaks are still being made to the cooling system, final testing won't happen for months. (SAE procedures require a 0-to-60 test be run in a car with instruments measuring intake air temperatures at 60 mph so that air can be supplied at precisely the same temperature during the dyno test.) Expect 620-plus horses and around 600 pound feet."
http://www.motortrend.com/photo_gall.../photo_16.html
"The engine is based on a modified LS3 6.2-liter block (the LS7's cylinder walls are too thin to withstand boost) and is expected to produce 100 horsepower/liter. Because tweaks are still being made to the cooling system, final testing won't happen for months. (SAE procedures require a 0-to-60 test be run in a car with instruments measuring intake air temperatures at 60 mph so that air can be supplied at precisely the same temperature during the dyno test.) Expect 620-plus horses and around 600 pound feet."
http://www.motortrend.com/photo_gall.../photo_16.html
#140
2009 Corvette ZR1
"The engine is based on a modified LS3 6.2-liter block (the LS7's cylinder walls are too thin to withstand boost) and is expected to produce 100 horsepower/liter. Because tweaks are still being made to the cooling system, final testing won't happen for months. (SAE procedures require a 0-to-60 test be run in a car with instruments measuring intake air temperatures at 60 mph so that air can be supplied at precisely the same temperature during the dyno test.) Expect 620-plus horses and around 600 pound feet."
http://www.motortrend.com/photo_gall.../photo_16.html
"The engine is based on a modified LS3 6.2-liter block (the LS7's cylinder walls are too thin to withstand boost) and is expected to produce 100 horsepower/liter. Because tweaks are still being made to the cooling system, final testing won't happen for months. (SAE procedures require a 0-to-60 test be run in a car with instruments measuring intake air temperatures at 60 mph so that air can be supplied at precisely the same temperature during the dyno test.) Expect 620-plus horses and around 600 pound feet."
http://www.motortrend.com/photo_gall.../photo_16.html