1,145 HP & 1,018 lb-ft of torque @ 20 PSI
Only a quality tune, as Tony said, it should last for quite some time. Although Turbo > Blower without a shadow of a doubt IMO. The video above that has a turbo car at 8lbs. making more power than the S/C car at 11lbs. not to mention it also leaves a little wiggle room for the engine. You can creep higher into the "danger zone" since the turbo kit puts less strain on the engine since it is all about efficiency.
Only a quality tune, as Tony said, it should last for quite some time. Although Turbo > Blower without a shadow of a doubt IMO. The video above that has a turbo car at 8lbs. making more power than the S/C car at 11lbs. not to mention it also leaves a little wiggle room for the engine. You can creep higher into the "danger zone" since the turbo kit puts less strain on the engine since it is all about efficiency.
IIRC, the big boost at low RPM with the SC means higher cylinder pressures while the piston is essentially spending more time at TDC...and therefore absorbing more heat from the compressed mixture...
...more heat means impending knock.
Is that about right?
Interesting, Ford20...could this be related to the ramp-up of power with a turbo versus the instantaneous hit of power with the SC?
IIRC, the big boost at low RPM with the SC means higher cylinder pressures while the piston is essentially spending more time at TDC...and therefore absorbing more heat from the compressed mixture...
...more heat means impending knock.
Is that about right?
IIRC, the big boost at low RPM with the SC means higher cylinder pressures while the piston is essentially spending more time at TDC...and therefore absorbing more heat from the compressed mixture...
...more heat means impending knock.
Is that about right?
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