I know that a log manifold can make power on a VE, but it is all about managing the backpressure. Larger turbine, matched wheels, bigger ar, all contribute to how well you are going to be able to utilize the log. The log is seen as the power-robbing culprit simply because it has the largest effect on reversion.
I have seen first-hand how backpressure, cams, and manifold design all work together and I know you can make power on the log. But can you do it using the exact same parts as Vadim? I am doubtful, as you guys know. The protech log manifold is crap for a VET without a huge turbo, or VET cams. Here's another question... how many of you guys making power on log manifolds use the same one as V? I know at the time I was the only one running that manifold on a VE+T, and all it gave me was headaches.
That video of the VVL on sr16 cams and a disco... 270whp is pathetic. I made 300whp by 14psi on my disco on a s3-cammed DET
I have seen first-hand how backpressure, cams, and manifold design all work together and I know you can make power on the log. But can you do it using the exact same parts as Vadim? I am doubtful, as you guys know. The protech log manifold is crap for a VET without a huge turbo, or VET cams. Here's another question... how many of you guys making power on log manifolds use the same one as V? I know at the time I was the only one running that manifold on a VE+T, and all it gave me was headaches.
That video of the VVL on sr16 cams and a disco... 270whp is pathetic. I made 300whp by 14psi on my disco on a s3-cammed DET