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1,993 Posts
So we all know that you want low(er) compression for boost right?..or do you? You can turn up the boost and make more power easier with lower compression, but you MIGHT be able to with the same motor (higher comp)/ same turbo/ less psi, OR if your lucky and can make those numbers with a smaller turbo. Its all about what power/application youre looking for..How much are you willing to spend/risk..and the most IMPORTANT part..THE TUNE.
Im only showing the good builds that actually lasted. Though we may not know how long they laster, we all know what happens when these kind of builds dont work.
Project Toyota Matrix: Part 2 - Project Cars - Sport Compact Car Magazine In the first part they said 7psi
3rd part the motors toast
Honda NSX GT1-Stock c30a 10.2CR
http://asia.vtec.net/bmi/bmi4/
"a Twin-Turbo VTEC Honda NSX ! This car uses practically the same body/chassis as the road-going NSX with a twin-turboed C30A 3.0l engine that generates 650ps ! This segment is an exclusive by BEST MOTORing and is the only test of this car ever done"
Just giving you guys some hope, those who are into taking RISKS..
I look for more examples..Also altitude does have a role in high or low compression so..
Im only showing the good builds that actually lasted. Though we may not know how long they laster, we all know what happens when these kind of builds dont work.
Project Toyota Matrix: Part 2 - Project Cars - Sport Compact Car Magazine In the first part they said 7psi
3rd part the motors toast
Honda NSX GT1-Stock c30a 10.2CR
http://asia.vtec.net/bmi/bmi4/
"a Twin-Turbo VTEC Honda NSX ! This car uses practically the same body/chassis as the road-going NSX with a twin-turboed C30A 3.0l engine that generates 650ps ! This segment is an exclusive by BEST MOTORing and is the only test of this car ever done"
Just giving you guys some hope, those who are into taking RISKS..
I look for more examples..Also altitude does have a role in high or low compression so..