djacks222
Member
- Joined
- Nov 12, 2015
- Messages
- 89
- Reaction score
- 23
Since the even firing 60 degree v8 has the cylinder bore pressed in as part of the casting process this leaves me to keep the stock pistons and crankshaft. But that's okay.
The valves however can be taken to a cnc shop to be over bored. However this leaves the split port head. With stock imrc it's a great theory. However the disturbance of the air being split in two after boring the intake out leaves me with the thought of cfm in the head intake ports.
If I were to cnc the heads for an open port style as the Mustang heads are this would be like the icing on the cake to the bored intake.
Then the lower intake manifold (or imrc manifold) would also need to be bored out to acomodate the bored heads. Plus the t.b. needs to be 80mm to match the m.a.f.
The reason for this is to not only increase high end hp and tq but to allow ample air in and out of the motor. As in some point in time it will breathe as it once was intended.
However to compensate for the low end I'll need to adjust the transmission gear ratio for faster acceleration. Mabey my top speed drops a little but it would be OK due to the fact it would launch a little faster.
Because if we think about it... the block was not the things detuned. The 3.4 stroke is the same as the concept and they slapped weight on our car unlike the xoncept. Changed ratios. And gave us a terrible intake and exaust setup. The s.a.I. is a cappy design and the hose gets clogged with dirt anyways which hiders the cars preformance. We received a loaded down camshaft moving a water pump underneath the sho cover. And then left us with a computer module running like a geo. Now this isn't a diss on our cars because I love my SHO but I'm nit picking because I'm jealous od the concept version of our cars
The valves however can be taken to a cnc shop to be over bored. However this leaves the split port head. With stock imrc it's a great theory. However the disturbance of the air being split in two after boring the intake out leaves me with the thought of cfm in the head intake ports.
If I were to cnc the heads for an open port style as the Mustang heads are this would be like the icing on the cake to the bored intake.
Then the lower intake manifold (or imrc manifold) would also need to be bored out to acomodate the bored heads. Plus the t.b. needs to be 80mm to match the m.a.f.
The reason for this is to not only increase high end hp and tq but to allow ample air in and out of the motor. As in some point in time it will breathe as it once was intended.
However to compensate for the low end I'll need to adjust the transmission gear ratio for faster acceleration. Mabey my top speed drops a little but it would be OK due to the fact it would launch a little faster.
Because if we think about it... the block was not the things detuned. The 3.4 stroke is the same as the concept and they slapped weight on our car unlike the xoncept. Changed ratios. And gave us a terrible intake and exaust setup. The s.a.I. is a cappy design and the hose gets clogged with dirt anyways which hiders the cars preformance. We received a loaded down camshaft moving a water pump underneath the sho cover. And then left us with a computer module running like a geo. Now this isn't a diss on our cars because I love my SHO but I'm nit picking because I'm jealous od the concept version of our cars
4.6 fits a 97 Taurus!