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Musk said he doesn’t want to complicate the Model 3. He doesn’t want to make versions of the Model 3 that use vastly different components.Do you think Tesla would upgrade the performance version? Seems plausible and quite easy
Agreed, but the motors are drop in replacements. It means no real changes to the manufacturing line but much higher performance with the LR Model S motors.Musk said he doesn’t want to complicate the Model 3. He doesn’t want to make versions of the Model 3 that use vastly different components.
I don’t think we will ever see a higher performance Model 3. His focus is on making more Model Ys faster and cheaper and getting the CyberTruck to production.
Musk was specifically asked recently if there would be a Plaid Model 3 and he said no because it would complicate things.Agreed, but the motors are drop in replacements. It means no real changes to the manufacturing line but much higher performance with the LR Model S motors.
It’s not as simple as drive motors.Musk was specifically asked recently if there would be a Plaid Model 3 and he said no because it would complicate things.
As simple as it may sound to just “drop in” some different motors it really complicates the supply chain and the ordering and just everything that slows down production.
We can all hope for it but Musk was specifically asked about it and he basically scoffed and said no.
Sorry to say but it isn’t going to happen.
Most tracks in my area now allow the AWD Electric cars to run some pretty ridiculous times without any safety equipment. They changed the rules specifically for Teslas. Our track wouldn’t start saying something until the 8s probably.And you’d still get kicked off the track for no roll cage.
That seems safe. Hope the participants are aware insurance is null and void unless they carry a specific track policy.Most tracks in my area now allow the AWD Electric cars to run some pretty ridiculous times without any safety equipment. They changed the rules specifically for Teslas. Our track wouldn’t start saying something until the 8s probably.
Some regular insurance policies don’t exclude tracks or racing. It all just depends on the policy. I watched a guy ball up his Mustang GT500 at the track. He called his insurance person and they said it was covered because his policy didn’t specifically exclude it.That seems safe. Hope the participants are aware insurance is null and void unless they carry a specific track policy.
Interesting.Some regular insurance policies don’t exclude tracks or racing. It all just depends on the policy. I watched a guy ball up his Mustang GT500 at the track. He called his insurance person and they said it was covered because his policy didn’t specifically exclude it.
Tesla M3 | HP | Torque (lb-ft) |
RWD | 283 | 330 |
AWD | 346 | 376 |
AWD Performance | 450 | 471 |
That’s probably fairly close.Speaking of Horse Power, are these numbers from Wikipedia correct? Also, any reason why the Tesla website displays HP numbers for the Model S and Model X, but no HP numbers for the Model 3 and Model Y?
Tesla M3 HP Torque (lb-ft) RWD 283 330 AWD 346 376 AWD Performance 450 471
This is the latest Model 3 Performance specs on the fueleconomy.gov website.The EPA documents in the video show the power ratings of the motors
131kW front motor (176hp)
190 or 195kW rear motor (255-261hp) - I couldn't tell which one goes to performance model
Total of 431-437hp
Speaking of Horse Power, are these numbers from Wikipedia correct? Also, any reason why the Tesla website displays HP numbers for the Model S and Model X, but no HP numbers for the Model 3 and Model Y?
Tesla M3 HP Torque (lb-ft) RWD 283 330 AWD 346 376 AWD Performance 450 471
The Can Bus data reads way higher than actual numbers but it does plot the curves accurately. It also is good for comparing different “Max Discharge” values.I don’t believe those numbers are correct. There is of course the difference between power at the “crank” or to the wheels, too.
User wugz on Reddit did some runs a while back.
And apparently on documents in Europe 513HP is specified.
So it’s tough to know. Really need the CAN bus data and know whether what is specified is at motor input or output, etc.
Presumably torque is reported at motor output but not sure about the power numbers reported for front and rear motors.
Can dig through this website and you’ll probably [definitely!!!] find someone has done the analysis after the power bump.
I think it is probably near 500HP but really have no idea without sifting through all this stuff again.