SAME turbo thread...just edited first post
Equal length has the same length on each of the runners. They have the least back pressure and spools the fastest.
A log manifold is made from short pieces of pipe and has different lengths for each runner and spools faster then a cast but creates more back presure then a ELT.
A cast manifold is the least efficient of the 3. It is made from a casting which is the cheapest of metal manufacturing processes. These manifolds are the most likely to crack do to their cheap manfufacturing and the highest temps inside them.
A log manifold is made from short pieces of pipe and has different lengths for each runner and spools faster then a cast but creates more back presure then a ELT.
A cast manifold is the least efficient of the 3. It is made from a casting which is the cheapest of metal manufacturing processes. These manifolds are the most likely to crack do to their cheap manfufacturing and the highest temps inside them.
Originally Posted by ScottsS2k,Oct 27 2010, 08:15 PM
Equal length has the same length on each of the runners. They have the least back pressure and spools the fastest.
A log manifold is made from short pieces of pipe and has different lengths for each runner and spools faster then a cast but creates more back presure then a ELT.
A cast manifold is the least efficient of the 3. It is made from a casting which is the cheapest of metal manufacturing processes. These manifolds are the most likely to crack do to their cheap manfufacturing and the highest temps inside them.
A log manifold is made from short pieces of pipe and has different lengths for each runner and spools faster then a cast but creates more back presure then a ELT.
A cast manifold is the least efficient of the 3. It is made from a casting which is the cheapest of metal manufacturing processes. These manifolds are the most likely to crack do to their cheap manfufacturing and the highest temps inside them.






