Eager2own
Well-Known Member
No. As I said , 90-95 of original target range (of 300 miles).Wait… 90-95%? Would t that be 85%-90%?
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No. As I said , 90-95 of original target range (of 300 miles).Wait… 90-95%? Would t that be 85%-90%?
Yeah that top line really hurt me in the feelzI thought 314 miles was great, until I saw the "10-15% reduction for the 20" all-terrains". That definitely makes me think about my choice to have those on my config.
A few questions/thoughts remain though for me:
Regardless, I just want over 300 miles usable real-world so I'm happy I'm going for the Max Pack.
- How does the "Conserve" drive mode (which shuts off 2 of the 4 motors) affect things?
- Do we think 314 is actually an underestimate, similar to Mach-E and Taycan's EPA estimates? Or an overestimate like all of Tesla's EPA estimates? We'll need people to run road trip tests to find out
- I'm interested to see if they can improve this over time with software updates. My guess is yes, definitely.
- I noticed they said specifically "Launch Edition" in their post. Wonder why? Would non-LE be expected to have different range? I wouldn't think there'd be any difference, but maybe they're thinking they're going to get rated again by the EPA for non-LE models based on any efficiency improvements they're planning.
My experience mostly differs, but so much of it is driving style and location. I'm on the West Coast where I don't run heat very often in the car and I live in a town where I maintain under 50mph most of the time. My 2014 P85 has a lifetime efficiency of 292Wh/mi, which is better than rated. My 2016 X90D had a lifetime non-towing efficiency of about 310Wh/mi, which was also better than rated. My current 2020 LR++ X is a bit more confusing because I cannot reconcile the trip computer with the mileage driven. It reports a lower number but I do not believe I am achieving that in reality. I think the LR++ range is stretching the truth a bit, honestly.My experience is real world driving is way less than the rated range.
It may be the case for real-world driving, but that's not how the EPA test is set up. Go to the website and look down below where there is an option to 'personalize' the estimate. If you change it to say 100% city driving, the EPA range goes up: https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44461&id=44462I was just told by Tesla that city stop and go uses way more energy than a constant freeway driving. I have found this to be true as well.
Does target range still matter? Or will we just move on to the EPA rated range, a d adjust for real world?No. As I said , 90-95 of original target range (of 300 miles).
Aerodynamics and weight are by far and away the two biggest factors to eMPG.I swapped back to the 20s for now. I'm still a bit disappointed they couldn't get higher eMPG. I just look at the Tesla Model X with 100 KW battery pack and 105 eMPG vs the R1S with 135 KW battery pack and 70 eMPG. I get the aerodynamics, weight, etc. I was just expecting more power train efficiency is all. Tesla still dominates that area and maybe Rivian can catch up in time.
https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44462&id=44461&id=43403&id=43406
Thanks again for the awesome info!The official EPA range values for Launch Edition vehicles are in:
R1T Large Pack: 314 miles
R1S Large Pack: 316 miles
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Electric Driving Range City Range (miles) Hwy Range (miles) Comb Range as shown on FE Label (miles) 331.4 296.4 316 331.4 296.4 316 331.8 292.9 314 331.8 292.9 314
162 kW AC 3-Phase 162 kW AC 3-Phase
When I woke up this morning I was interested in the Rivian with an estimated target range of 300 and knowing that I’d get something less than that with ATs (I was assuming 10% or more hit).Does target range still matter? Or will we just move on to the EPA rated range, a d adjust for real world?
Regen braking doesn’t add any range to city driving. NoneI don’t think that is right, considering regenerative braking. The effect of drag on efficiency increases by velocity squared. From most to least efficient it would be city driving without any stopping, city driving with stop and go, then highway constant speed.
edit: if that were true why would Tesla have larger EPA ranges for city compared to highway?