skunk 2 valve train
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skunk 2 valve train
so i got a quick question i just baught skunk 2 cams tuner series stage 2 now im upgrading my valve train i m thinking of skunk 2 alpha series valve spring and ti retainer kit are these any good or should i use just tuner series valve springs, i am also putting valves
my engine is 1997 b18c type r
my engine is 1997 b18c type r
#5
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Re: skunk 2 valve train
I think skunk2 is fine. A lot of people I know use their products. A lot of big name cars use it too. They actually do not sell tuner series valve springs anymore because they have been replaced by alpha series. I would pick those up to go along with the cams. The valve are probably not worth it. For a NA build stock valves are perfectly fine.
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Re: skunk 2 valve train
thanks alot im order it for sure but . im gonna chance the valves anyway but i was just gonna put standered compression but should i run high compression ? cause the more the compression the more power you get from cams right or wrong??
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#9
Re: skunk 2 valve train
It depends on what your plans for the car. If you're doing an all-motor build or otherwise known as "naturally aspirated" build, you want a slightly higher compression. Compression has nothing to do with the cams. Lower compression is used in supercharged or turbocharged applications in order to make room for more fuel and air as the charging system forces air into the motor. You obviously don't know much about building motors so that's why I've given you such simple explanations. Do your research. Come up with a power goal and figure out if you want to do a NA build or FI (forced induction- turbo, etc), THEN figure out what your engine needs to make it happen.
#10
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Re: skunk 2 valve train
It depends on what your plans for the car. If you're doing an all-motor build or otherwise known as "naturally aspirated" build, you want a slightly higher compression. Compression has nothing to do with the cams. Lower compression is used in supercharged or turbocharged applications in order to make room for more fuel and air as the charging system forces air into the motor. You obviously don't know much about building motors so that's why I've given you such simple explanations. Do your research. Come up with a power goal and figure out if you want to do a NA build or FI (forced induction- turbo, etc), THEN figure out what your engine needs to make it happen.
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