Terminator857
Active Member
It is the most popular version, because it is the only version here in the U.S.I think it's telling that the most popular Model Y sold today is the "Long Range" version.
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It is the most popular version, because it is the only version here in the U.S.I think it's telling that the most popular Model Y sold today is the "Long Range" version.
The M3LR also appears to be quite popular.It is the most popular version, because it is the only version here in the U.S.
100-300kWh packs.So what range will Tesla offer when they start manufacturing cars with the 4680 batteries? I would hope they offer various range options to include something north of 400 miles for those that have the need. I’d pay extra for a super Long Range Y.
Typically Tesla starts off modest and over time increase the range. And they may increase range with OTA update(s).So what range will Tesla offer when they start manufacturing cars with the 4680 batteries? I would hope they offer various range options to include something north of 400 miles for those that have the need. I’d pay extra for a super Long Range Y.
Or they say they increased the range. In my case I have gone for the published rated range of 339 miles to 300 miles... in 4 Yr/39K miles.I'm more in the 600 mile range club assuming they are light and cheap.Americans Want Cheaper EVs With Over 500 Miles of Range: Survey
There's an old saying about having your cake and eating it too...www.thedrive.com
Typically Tesla starts off modest and over time increase the range. And they may increase range with OTA update(s).
Precisely. I'm not worried about hitting 400+ miles in one shot--200 miles (with a reserve to get to the next charging station) would be perfectly fine. But that's 200 usable miles, not EPA miles. EPA range is great for trying to make rough comparisons between vehicles, but for real-life planning it's awfully optimistic. Give me a range figure for a six-year-old car going 80mph with five adults, precipitation, a headwind, and the heater or AC running full blast, not a brand-new car with a 105lb driver on a nice country road and a sunny 70 degree day.Then you should also consider that there is a big difference between advertized/EPA range and real world range - winter issues included.
Until a "point of no return" is no longer a factor I don't think you'll eliminate it. As you say, the only good solution is to have enough available, reliable fast chargers that "how far to the next charger" isn't a constant concern on a road trip.The best way to get rid of range anxiety is to make charging stations as ubiquitous as gasoline stations. Then you don't ever have to think about it.
I completely agree. That's why I fear even 500 miles for trucks is probably useless and I fear that EV trucks might fizzle out. 500 EPA miles. Lose 1/3 at Freeway speeds, lose another 1/3 to the environment (cold, rain, wind, hills, etc.). Then cut that last 1/3 in half when you load it up and try to tow something. 500 miles quickly turns into 100 miles. Good for local trucking needs, but you won't even make it from Sacramento to Tahoe for a Ski winter.Precisely. I'm not worried about hitting 400+ miles in one shot--200 miles (with a reserve to get to the next charging station) would be perfectly fine. But that's 200 usable miles, not EPA miles. EPA range is great for trying to make rough comparisons between vehicles, but for real-life planning it's awfully optimistic. Give me a range figure for a six-year-old car going 80mph with five adults, precipitation, a headwind, and the heater or AC running full blast, not a brand-new car with a 105lb driver on a nice country road and a sunny 70 degree day.
faster bottom 60% charging.
BTW this is another proof that advertised / EPA range of 405 miles is far less than 330 miles real world.Since the pandemic started, I regularly drive between SJ and LA to visit elder parents. The drive is around 330 miles, 4.5-5 hours. With ICE, I don't need to stop; I can make that drive in one shot. With my new 2021 MS LR, I have to stop and charge for 20 minutes.
Personally, I'm down to upgrade/pay/spend for 500+ miles of range.
Starting in San Jose at 100% on a summer night, I can get to the Copus Supercharger with 40-50 miles of range left. That would put my actual range around 295 miles. I'm going low 80s MPH on cruise control; speed limit is 70 MPH.BTW this is another proof that advertised / EPA range of 405 miles is far less than 330 miles real world.
Whenever Elon announces the Model S Long Range (not interested in paying for Plaid performance) with 500+ range, I'm down to put a deposit on it. Even if 500 miles of advertised range is probably closer to 350 miles of actual range, that means I only need to stop for a few minutes to pee versus a 20-30 minute stop.Would be cool if we knew the roadmap for 4680. When are they going to sell cars stuffed to the max with those? Two years is my guess, for non performance version. Earlier for performance version.
Tesla daily estimates a major ramp of 4680 battery production by summer.
About 1:40 into the video
That's exactly what I think.Whenever Elon announces the Model S Long Range (not interested in paying for Plaid performance) with 500+ range, I'm down to put a deposit on it. Even if 500 miles of advertised range is probably closer to 350 miles of actual range, that means I only need to stop for a few minutes to pee versus a 20-30 minute stop.
Since charging has been getting faster, that seems very likely. If you can reach your destination before needing to charge then no need to stop for longer, just the usual charge while you sleep.Unless car charging gets faster, a bigger battery would get you farther before charging, but you would stop for longer to charge it.