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Post by real57vetteguy on Jan 20, 2013 19:57:45 GMT -5
A buddy of mine that builds a lot of race engines done a really cool study on a BBC, Torker, performer and air gap edel intakes. The torker made the most peak hp but the curve was so low the air gap produced better overall numbers. The performer produced issues from 0-2500 rpms like a turbulance but above was almost the same as the air gap. He look at an old racers trick of milling the center divider down on the performer, he decided to do that and the gains were great. It stopped the problem, he picked up 25 hp on a 385 hp engine. it matched the air gap hp and the torker peak hp. has anyone done this?
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Post by oldsproject on Jan 20, 2013 22:37:12 GMT -5
A buddy of mine that builds a lot of race engines done a really cool study on a BBC, Torker, performer and air gap edel intakes. The torker made the most peak hp but the curve was so low the air gap produced better overall numbers. The performer produced issues from 0-2500 rpms like a turbulance but above was almost the same as the air gap. He look at an old racers trick of milling the center divider down on the performer, he decided to do that and the gains were great. It stopped the problem, he picked up 25 hp on a 385 hp engine. it matched the air gap hp and the torker peak hp. has anyone done this? Yep, always do it. I think its on BROs site as well. two different ways. One is to cut down the whole thing which is what i did, other is over the secondaries only I believe. Not sure which is best...
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