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Their first effort, the bZ4X (with its mate, Subaru's Solterra), had early troubles with lug nuts loosening -- especially shocking from such a well-established company. Honda has been slow too, but their planned "0" series looks wonderful.I just wish Toyota would get in the game
Yeah, I want to be sure if/when I make the switch that whatever brand I choose has had enough time to ascend the EV learning curve to be reliable. And that's a little harder given that I tend to buy 2-3 year old used cars rather than new off a lot, so I have to factor in them ascending the learning curve AND having a few years of having already been established there.I wonder whether brand loyalty (to Toyota, Volvo, whoever) needs reconsideration as companies make the transition to electric. Some previously fine firms may stumble. I want to see a solid track record with EVs, along with a solid history of building good cars. Nissan Leaf in 2012, Chevy Bolt in 2018 - both in their merely second model year - I've done my time as a somewhat cautious early adopter.
I'm afraid I would fall asleep if I drove a car that was too comfortable.it's like a freakin' La-Z-Boy on wheels
At least 15 months ago, they were still selling RAV4 prime as fast as they could make them. My impression was that they were out of a bunch of other stuff, too, e.g. Sienna, RAV4 hybrid.I've certainly reconsidered my brand loyalty to Toyota in the last few years. Based mostly on price. Last car I bought was a 2021 Honda Accord hybrid; the Camrys and Avalons that I looked at were wildly overpriced by comparison. The same was true of the CRV/RAV4 comparison. That was at the height of COVID supply chain disruptions of course, but the impression I get is that Toyotas are still priced as if those disruptions haven't gotten any better. Their current BEV and PHEV offerings just don't seem like very good value propositions.
I’ll have to disagree a bit with regards to Toyota. We’ve had very good luck with our 2017 Prius. The only major complaint is the limited ~33 mile range on battery power. Otherwise, it’s been a very reliable daily driver for 68,000 miles.Their first effort, the bZ4X (with its mate, Subaru's Solterra), had early troubles with lug nuts loosening -- especially shocking from such a well-established company. Honda has been slow too, but their planned "0" series looks wonderful.
I wonder whether brand loyalty (to Toyota, Volvo, whoever) needs reconsideration as companies make the transition to electric. Some previously fine firms may stumble. I want to see a solid track record with EVs, along with a solid history of building good cars. Nissan Leaf in 2012, Chevy Bolt in 2018 - both in their merely second model year - I've done my time as a somewhat cautious early adopter.
For quite some time, Toyota seemed to be on the hydrogen generator bandwagon. Nice theory, wrong infrastructure, monumental downside risks to overcome. They appear to have quietly walked away from R&D in that endeavor and may have gotten behind in EV and hybrid development after being an early leader. The future now appears to be in new battery technologies. LiFePO4 is only a waypoint, but is the best we’ve got so far.I've certainly reconsidered my brand loyalty to Toyota in the last few years. Based mostly on price. Last car I bought was a 2021 Honda Accord hybrid; the Camrys and Avalons that I looked at were wildly overpriced by comparison. The same was true of the CRV/RAV4 comparison. That was at the height of COVID supply chain disruptions of course, but the impression I get is that Toyotas are still priced as if those disruptions haven't gotten any better. Their current BEV and PHEV offerings just don't seem like very good value propositions.
I had great luck with my 2009 Prius. And my 2012 Camry hybrid. And my 2013 Prius. But I'm just not interested in shelling out what they want for a RAV4 Prime and the range on the bZ4x is pretty disappointing IMO.I’ll have to disagree a bit with regards to Toyota. We’ve had very good luck with our 2017 Prius.
I'm afraid I would fall asleep if I drove a car that was too comfortable.
I've been seriously considering a F150 Lightening, but Ford seems hellbent on making moves that get potential customers to wait for the next generation. My biggest drawback is they keep removing features or restricting them to ever higher trim levels. They have done some smart stuff. Covering the cost of a the installation of a charger was a good move and everyone likes 0% APY. But if you spend any time reading owners forums, everybody says get a 2023 model before they made all the good stuff, like Power Pro, only included on the absurdly priced Platinum trims.
A BEV comparable in trim/etc to an ICEV is not comparable in cost.
A Hyundai Tucson and a Hyundai Ioniq 5 are relatively comparable. The Tucson MSRP starts at $28K, and the Ioniq 5 at $42K. The same is true for the Elantra ($21K) vs Ioniq 6 ($37K).
The lowest-end F150 SuperCrew starts at $43K. According to the Ford web site, the Lightning starts at $62K.
Honestly an EV light duty truck would be ideal for me. I used to drive a Ford Ranger. It was great. Having a pickup truck available is a TREMENDOUSLY convenient luxury in life, and once the kids start leaving the house, I don't need a big people-hauler vehicle. But at the same time, I don't do nearly enough "truck stuff" to justify something the size and capability of an F-150.
But a brand new Ranger starts at about $32K. If an EV ranger was suddenly $47K, I'd nope right the eff out of that idea. I'm not spending nearly 50 grand on a light duty truck.
Trying to shoehorn EV batteries into carmakers' premier heaviest vehicles (large SUVs, pickups) is probably a difficult sale. However 1) Americans don't like buying little econoboxes, and 2) the problem with trying to make even a little econobox with 250+ mile range is that the battery makes it a little box, sans econo. If you're adding $15K in battery cost, it's a tough sale for the sort of people that would buy that sort of vehicle.
I think carmakers are trying to get "EV" into their most expensive big vehicle [and/or luxury] platforms because that's where the adder of the EV battery is the smallest percentage cost adder, and where the buyers are more affluent and can more easily handle the added upfront cost of BEV.
Ultimately the battery costs have to keep coming down.
Just out of curiosity, what year was that Ranger? Because there's really nothing "compact" about a current generation Ranger (or Tacoma or Frontier etc).I really miss my Ranger. Such a useful vehicle. I never once wished it were an F150.
I kinda wish they made a BEV or PHEV Maverick, but at least they started making an AWD hybrid version this year.
2000. It was extended cab (XLT) but had the jump seats that fold down from the sides, so the back seat was basically non-functional for adults. Had it from 2003-2012.Just out of curiosity, what year was that Ranger? Because there's really nothing "compact" about a current generation Ranger (or Tacoma or Frontier etc).
It’s still 1/3 to 1/5 the cost of gas to drive an EV. Who cares how much the batteries cost.This, to me, highlights the issue with BEV adoption. Ultimately batteries are just too expensive.
That really was the sweet spot for lightweight trucks IMO. A 2025 Ranger is the size of a 2000 F150.2000. It was extended cab (XLT) but had the jump seats that fold down from the sides, so the back seat was basically non-functional for adults. Had it from 2003-2012.
People looking at the cost of the vehicle? $15K buys a lot of gas.Who cares how much the batteries cost.
Yeah, at $4/gal, 30mpg, $0.15/kwh, and 3mi/kwh, you're saving $0.083 per mile, or $833 per 10,000 miles. Not nothing, but not huge.People looking at the cost of the vehicle? $15K buys a lot of gas.
But you forget maintenance which is not nothing. In 8 years my car has been in the shop exactly twice. For tires. Imagine how long you have waited for oil changes etc. my cost to drive is $0.025 per mile.Yeah, at $4/gal, 30mpg, $0.15/kwh, and 3mi/kwh, you're saving $0.083 per mile, or $833 per 10,000 miles. Not nothing, but not huge.
A $30,000 car you keep for 10 years costs you $8.22 per day before counting fuel and maintenance. If you drive 25mi/day, you're saving $2.08 a day going electric, so the amortized cost of the vehicle is swamping any savings.
Do you get electricity for under $0.10/kwh, and >4mi/kwh with conversion losses? Or maybe you're calling your solar $0?But you forget maintenance which is not nothing. In 8 years my car has been in the shop exactly twice. For tires. Imagine how long you have waited for oil changes etc. my cost to drive is $0.025 per mile.
Here in CA it's about $4.50/gal right now, but it's about $0.35-$0.52/kWh depending on time of day. The time I'd be charging (9 pm - 8 am) would be about $0.39/kWh. But if I got home from work and immediately plugged in during peak time (4-9 pm) that'd be the $0.52/kWh. So I'd have to either wait or schedule the charging not to start until 9 pm.Yeah, at $4/gal, 30mpg, $0.15/kwh, and 3mi/kwh, you're saving $0.083 per mile, or $833 per 10,000 miles. Not nothing, but not huge.
It’s still 1/3 to 1/5 the cost of gas to drive an EV. Who cares how much the batteries cost.
And as you allude to, we also need manufacturers to offer more EVs in base trim levels.To see more widespread adoption, we need battery prices to come down.
Why do we need widespread adoption? Why just let hte industry die or survive on it's own? People that want battery, get battery. People that want gas, get gas. If you want a steam powered car, that should be your choice.IMHO I think my point stands. To see more widespread adoption, we need battery prices to come down. It doesn't need to be parity, but it needs to be a LOT closer.
And as you allude to, we also need manufacturers to offer more EVs in base trim levels.
I'm with you. I don't think of these things as some sort of ideological divide. BEV is just an alternative powertrain option for vehicles. It has advantages over ICEV, and it has disadvantages to ICEV.Why do we need widespread adoption? Why just let hte industry die or survive on it's own? People that want battery, get battery. People that want gas, get gas. If you want a steam powered car, that should be your choice.
There's no need to be pushed in one way or another, folks can make their own choice.
Because I think that there is a market for them, especially as battery costs decline. You apparently disagree. That's OK. But then why do battery costs have to come down? Do you have some particular sweet spot in mind for adoption?Why?
Why do we need widespread adoption? Why just let hte industry die or survive on it's own? People that want battery, get battery. People that want gas, get gas. If you want a steam powered car, that should be your choice.
There's no need to be pushed in one way or another, folks can make their own choice.