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No, it's not difficult. You just have to learn to let go...of the accelerator. I refuse to do so though.This might seem like an odd question, but it is difficult to manage the acceleration on the P85 vs non-perf 85? e.g. Can you drive it easily with normal acceleration? Some high performance cars are hard drive day to day. Thanks
No, it's not difficult. You just have to learn to let go...of the accelerator. I refuse to do so though.![]()
Thanks for all of the insight.
It seems that off the line....all three models are similar. 60, 80, and perf. I think the difference will come in after the first 30 MPH.
I'd forget the performance model for several reasons. Isn't 0 to 60 at about 5.4 sec fast enough? The performance model tires wear more quickly and the ride is harsher. I'd add the supercharger as adding it later is much more expensive. And why not get the 85 kWh batter for "only a few pennies more". You maybe are not aware that Tesla recommends only charging to 80% of battery capacity which means on a new 85 kWh battery you only get 240 miles, similiar reduction would occur with the 60 kWh battery.
I'd add the supercharger as adding it later is much more expensive.
Tesla recommends a standard charge on a daily basis which is actually a 90% charge (90% of EPA 265 rating is around 240 miles as you said).
Do we know for sure that Standard Mode is 90% of Range Mode? I thought Standard Mode is 90% of Capacity, and that Range Mode is 95% of Capacity. That's different.
"Heavy Modified" obviously being the operative phrase otherwise the stock P85 would crush it.
I don't think we know anything "totally for suresies" given the car is still relatively new (especially in the statistical data sense), but 265*0.9 = 238.5, and it's rare for me to see above 239 for my (always) standard charge.Do we know for sure that Standard Mode is 90% of Range Mode? I thought Standard Mode is 90% of Capacity, and that Range Mode is 95% of Capacity. That's different.
I think range gives you 100% of available capacity too (265 EPA range).
There is a huge difference in cycle life between a 4.2V/cell charge (defined by the manufacturers as “fully charged”) and a 4.15V/cell charge. 4.15 volts represents a charge of about 95 percent. For this reduction of initial capacity (5 percent), the batteries last a whole lot longer. Unfortunately, further reduction of charge has a much smaller benefit on cycle life. Understanding this tradeoff, Tesla Motors has decided to limit the maximum charge of its cells to 4.15 volts, taking an initial 5 percent range hit to maximize lifetime of the pack.