#166 one of many plots used in generating the opinion below
I just have to revisit this thread.
Somewhere along the line, someone tried to convince me that putting bigger motors in the D had value because those bigger motors could deliver more torque in the low speed realm prior to the battery limit coming into play.
Well fast forward to today and we now have the car's own CAN bus data to play with (thanks to WK's work).
The D is torque limited in the first second. Period. Full stop. To boot, that torque limit does not appear to be anywhere near the specified torque capability that Tesla was promoting.
I thought the Big Torque Motor argument was without merit on the basis that the tires could not handle it. We now KNOW the Big Torque Motor argument has no merit because the people that are marketing them are not allowing them to generate anywhere near the torque they are marketing (before the other Elephant in the Room that is the battery limit comes into play).
I agree with you, although it seams that there may be some merit to the torque argument from the rear motor. Looking at the many graphs you guys have made, LINK, it seams that the rear motor is maxing out just under 450 lb-ft and from what I understand, the smaller motor in the rear for the 85D and 90D the max torque is around 330 lb-ft.
But there is approx 150 lb-ft unused torque from the rear
EDIT: Got nm and lb-ft numbers mixed up
The torque of the small rear motor would be approx 242 lb-ft and the big rear motors torque is about 470 lb-ft, so they are close to using all the torque available - if we trust the official numbers
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