Smoothly across the rev range? If anything the FTO is the opposite. Damn lazy at low rpms. What does extra CC have to do with the stroke? Why not bore it out? How does lower red line decrease smoothness of power delivery?G_A_V wrote:A bigger engine means more torque down low, which means even more torque steering, the best way to avoid torque steering is to have the power increased smoothly across the rev range which is what mitsu have done for us.EURO wrote:just a question...
Obviously a turbo upgrade would give you a LOT more power... but in general would increasing your power through engine mods or having a bigger engine be a better idea for a FWD car like an FTO rather then turboing (to avoid torque steer?)
I'm not sure if that makes sense, but with a turbo that generally gives you a sudden kick, would that exagerate the torque steer more then a more liner power curve that might be generated through a bigger engine, or the other mods listed...
Something like the ALFA GT which has 300nm of torque, 176 KW and is front wheel drive - would this have problems with torque steer at that power? or if more power was given to it with mods?
With a larger capacity not only are you going to have lots of torque down low giving you lots of torque steering down low, but also the longer stroke will mean lower redline, giving again a less smother delivery of power.
with the alfa im sure it prob has an lsd, which decreases torque steering to a certain extent, also i guess the car was developed with those power figures in mind, so other modifcations would of been made to the gearbox, drivetrain, and even the steering.
You cant hind the fact the Mitsubishi 2.0 is 2000CC's. In performance terms its not a lot. Dont get me wrong the FTO does great for being a too litre but having such small capacity without force induction come with its drawbacks. Good examples is S2000 and Celica. Both dogs down low.
If torque steer bothers you, i guess a RWD platform would be the better option.