93rev2sev
SHO Member
Lot's of people seem to think that it SHOULD be much faster than that. Below is a list of possible reasons for it's seemingly slow ET predictions.
What are your thoughts?
Problem:
It's Heavy - At 4100+ pounds, you should not have a problem with straight line traction or torque steer. Even with twin turbos, from idle until the boost kicks in, it's a 3.5L engine. There's no replacement for displacement.
Solution - Obviously, lighten it up. I'm sure there's all kinds of weight to be found on this portly bull.
It's Automatic - With an automatic, comes a torque converter, with a torque converter, comes slippage. Like it or not, the torque converter will be slipping until it reaches some minimum RPM (does anyone know what kind of stall RPM we should expect?).
Solution - I imagine that the aftermarket will have a "High Stall" Torque converter that will bring 60' times down...and allow for more boost to build up before letting go of "the fat pedal on the left". And I would figure on the AWD system being able to keep the wheels on the ground even with higher low-end power numbers.
Problem: The "ECO" in ECOBoost.
Solution: Bigger turbos
Anyway, I just wanted to take a stab at solving problems that we don't even know exist.

What are your thoughts?
Problem:
It's Heavy - At 4100+ pounds, you should not have a problem with straight line traction or torque steer. Even with twin turbos, from idle until the boost kicks in, it's a 3.5L engine. There's no replacement for displacement.
Solution - Obviously, lighten it up. I'm sure there's all kinds of weight to be found on this portly bull.
It's Automatic - With an automatic, comes a torque converter, with a torque converter, comes slippage. Like it or not, the torque converter will be slipping until it reaches some minimum RPM (does anyone know what kind of stall RPM we should expect?).
Solution - I imagine that the aftermarket will have a "High Stall" Torque converter that will bring 60' times down...and allow for more boost to build up before letting go of "the fat pedal on the left". And I would figure on the AWD system being able to keep the wheels on the ground even with higher low-end power numbers.
Problem: The "ECO" in ECOBoost.
Solution: Bigger turbos
Anyway, I just wanted to take a stab at solving problems that we don't even know exist.
