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The apparent slowness of this car reminds me of several other cars that seem to suffer with this issue. The Caterham Fireblade, for instance, supposedly has a 900cc superbike engine in it, but the tacho rotates about as fast as the minute hand on a clock face!
I tried to alleviate this with clutch and flywheel upgrades, but it's only marginally better. It completely kills the perkiness and get-go of the car. Perhaps there is a similar problem with the Tesla? I think it stems from setting the drivetrain inertia too high for the engine, such that it takes it an age just to impart enough kinetic energy to break idle! Except, with the Tesla, the torque of those motors should in fact be higher than your average petrol engine for a car that size, so something is clearly up...
I remember the S800 race car in GT4 was similarly broken, and that thing revved so freely in real life, thanks to the roller-bearing crank...
Once again, PD seem to struggle with the little things. This issue has been present since the first GT.
I tried to alleviate this with clutch and flywheel upgrades, but it's only marginally better. It completely kills the perkiness and get-go of the car. Perhaps there is a similar problem with the Tesla? I think it stems from setting the drivetrain inertia too high for the engine, such that it takes it an age just to impart enough kinetic energy to break idle! Except, with the Tesla, the torque of those motors should in fact be higher than your average petrol engine for a car that size, so something is clearly up...
I remember the S800 race car in GT4 was similarly broken, and that thing revved so freely in real life, thanks to the roller-bearing crank...
Once again, PD seem to struggle with the little things. This issue has been present since the first GT.