Pretty interesting, especially when they are talking cam specs and advancing / retarding the intake and exhaust. 12:1 compression. Also note what they did with the cam followers.
The only thing I was thinking, however, is can't they spin this thing higher? I am guessing because they wanted it fully street able. Just think if they went with a bigger cam and titanium valves. My 598 I am building will be turning 8000 also. The video is good but if you read the article, it even has more info.
"Once our heads had made their way through the Livernois CNC program, they’re capable of flowing an incredible 347.1 cfm at .700 lift on the intake side, and 226.3 cfm at .700 lift on the exhaust side. This is an increase of 37.1 cfm on the intake side over stock and 36.4 cfm on the exhaust ports."
^^that is quite a bit better then the ford racing stage 3s.
http://www.dragzine.com/tech-storie...jet-coyote-part-3-the-long-block-and-testing/
The only thing I was thinking, however, is can't they spin this thing higher? I am guessing because they wanted it fully street able. Just think if they went with a bigger cam and titanium valves. My 598 I am building will be turning 8000 also. The video is good but if you read the article, it even has more info.
"Once our heads had made their way through the Livernois CNC program, they’re capable of flowing an incredible 347.1 cfm at .700 lift on the intake side, and 226.3 cfm at .700 lift on the exhaust side. This is an increase of 37.1 cfm on the intake side over stock and 36.4 cfm on the exhaust ports."
^^that is quite a bit better then the ford racing stage 3s.
http://www.dragzine.com/tech-storie...jet-coyote-part-3-the-long-block-and-testing/
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