Well the gas engine is supposedly 260hp max, so in cases where the battery is fully depleted, the dual 200hp (400hp+ total) eMotors could probably only muster somewhat less than 260hp, so max performance isn't likely always available.
Since I don't understand exactly how their technology will work, I don't want to speculate too much, but it sounds like max performance is only available at times when the battery pack is relatively full, and the gas engine is also running the generator (using power from both in "sport mode").
I don't know what performance would be like with a full battery pack, and gas engine off, nor what performance would be like with gas engine on and an empty battery pack.
At least it never has to shift. And it can pull away from stops using the 0rpm torque advantage of powerful electric motors.
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I assume that nothing is driving the front wheels, and the RWD is one eMotor per rear wheel. (Yet to be seen if this will provide good handling in all conditions). Are the eMotors each connected just to one wheel, or are they linked together and use a differential? Still many unanswered questions.
Since I don't understand exactly how their technology will work, I don't want to speculate too much, but it sounds like max performance is only available at times when the battery pack is relatively full, and the gas engine is also running the generator (using power from both in "sport mode").
I don't know what performance would be like with a full battery pack, and gas engine off, nor what performance would be like with gas engine on and an empty battery pack.
At least it never has to shift. And it can pull away from stops using the 0rpm torque advantage of powerful electric motors.
----
I assume that nothing is driving the front wheels, and the RWD is one eMotor per rear wheel. (Yet to be seen if this will provide good handling in all conditions). Are the eMotors each connected just to one wheel, or are they linked together and use a differential? Still many unanswered questions.