scubastevo80
Member
Nice numbers - I added Boost on 7/1 and will post my CANbus data in the next day or two. I am running power figures before and after at 45% and 95% SOC.July 0-60 and join the 4th. Did 2 Valid runs and other was 3.77s
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Nice numbers - I added Boost on 7/1 and will post my CANbus data in the next day or two. I am running power figures before and after at 45% and 95% SOC.July 0-60 and join the 4th. Did 2 Valid runs and other was 3.77s
So if motor trend tested it, for example, would they write that the 0-60 result was 3.51sec?
So if motor trend tested it, for example, would they write that the 0-60 result was 3.51sec?
It is amazing how consistent these cars are. My last run was 3.78 vs. JulienW’s 3.77.I thought about getting a Dragy but i trust your numbers and Tesla. and i am sure mine will come out the same. So i won’t get a Dragy.
It is amazing how consistent these cars are. My last run was 3.78 vs. JulienW’s 3.77.
And this was with the windows down too.. that extra drag kept me from a 3.493.50 is solid. Nearly at max slope down while still verified. Nice! My best is 3.69 with a .76% gain. Remember to take that tow hook out.
So if I’m reading that right, my suspicion is confirmed the AWD+ makes more power at 45% SOC than the non boost does at 90-95%. I thought it felt very strong still when I was driving at 48-50% yesterday and was curious, this seems to prove it.For anyone interested, here are my results for pre- and post-boost upgrade at ~45% and 90-95% SOC. I compared my car (Oct 2018 build with 18.9k miles) to Wugz before and after numbers. For each test, I was about 30-34 degrees Celsius for inverter and stator temps, as well as battery and coolant inlet temps. The data was recorded in TesLax and entered into the graph below.
The results - I was lower than his test car in all before and after tests (but within ~2% across the board) except the AWD+ rear motor max power figures. All-in-all, I'm happy with the noticeable increase in peak power, particularly full throttle pulls from 20mph+. As you can see, there's still a 19% delta in the AWD+ vs P cars.View attachment 560648
What was the difference before?For anyone interested, here are my results for pre- and post-boost upgrade at ~45% and 90-95% SOC. I compared my car (Oct 2018 build with 18.9k miles) to Wugz before and after numbers. For each test, I was about 30-34 degrees Celsius for inverter and stator temps, as well as battery and coolant inlet temps. The data was recorded in TesLax and entered into the graph below.
The results - I was lower than his test car in all before and after tests (but within ~2% across the board) except the AWD+ rear motor max power figures. All-in-all, I'm happy with the noticeable increase in peak power, particularly full throttle pulls from 20mph+. As you can see, there's still a 19% delta in the AWD+ vs P cars.View attachment 560648
Updated numbers are below, I took the kids out this morning and apparently having them yell " 3-2-1-Go" netted me some better numbers (likely due to warmer battery and motors).What was the difference before?
If After is 19%.
Yes - the front motor max power was increased by about 30kW but it’s still putting out about 30kW less than the P. The rear 980 motor on the P and older AWDs is capable of 265kW so this is 40kW less than that. For those with newer 990 rear motors I’m not sure what the max would be...So the boost is only making the front motor work harder while the rear motor is doing about the same..
Then repeated accelerations should not contribute to increased Rear drive unit failures.
I think this leaves some hope that there can be another performance boost +30kW by further increasing the front motor power. Although, I’m not getting my hopes up.