Posted on 03/23/2022 9:33:36 AM PDT by Red Badger
With the influx of competition derived from the initiatives of various automakers, the market offers more electric cars than ever.
Range is all the rage when it comes to electric cars and today's EVs don't disappoint. There are numerous choices out there with ample range and this all-important metric continues to rise over time.
Disclaimer: the metrics used for this list are from the EPA’s official tests. Due to the variability in electric vehicle range figures, intermingling EPA and third-party tests would convolute this list. Some vehicles, especially the Porsche Taycan, can achieve far better range figures in certain real-world tests. However, there is not enough data for every electric vehicle to create this list.
Also, if there are multiple trims of the same vehicle achieving different range figures (ie: Lucid Air Dream Range and Dream Performance), we'll just include the variant with more range. Keeping this is mind, meet the longest range electric cars available this year:
2022 Ford Mach-e California Route 1: 314 Miles
The Mach-e Extended Range RWD is the electric pony to buy if you want the most range. The Mach-e California Route 1 and the Premium Extended Range RWD feature the same technological underpinnings, but the Route 1's lower weight and smaller wheels help out its range. The Route 1 costs less, but it lacks some features present in the Premium like the B&O 10 audio system, power-operated tailgate, and heated front seats. Regardless, both are great packages, but some of the Premium features may tempt prospective buyers. Check out 2021 Ford Mach-e California Route 1 / Extended RWD pricing from TrueCar.
Base Price: $52,775 Federal Tax Incentive: Yes Range: 314 miles Battery size: 98.8 kWh
2022 Ford F-150 Lightning Extended Range: 320 Miles The Ford F-150 Lightning will likely be the second electric pickup truck to hit the market. While it'll start at around $40,000 for a commercial variant, the prices will quickly increase once you tack on some options. If you'd like to get the most range, you'd need either the XLT or Lariat in the "Extended Range" guise. This will raise the starting price to $72,474, which is over $30,000 more than the entry-level model. While this figure is expensive, you'll still get cloth seats, which is quite disappointing on a $70,000 pickup truck.
Base Price: $72,474 Federal Tax Incentive: Yes Range: 320 miles Battery size: 131 kWh (usable)
2022 BMW iX: 324 Miles After the relatively long run of the BMW i3, the German automaker has seemingly changed its philosophy regarding EVs. Instead of offering a compact hatchback with just enough range for everyday driving, BMW's new entry offers twice the range, three times the power, and a much larger form factor. With 324 miles of range and a powerful 516 horsepower dual motor setup, the iX will certainly give its competition, like the Jaguar i-Pace, a run for their money.
Base Price: $83,200 Federal Tax Incentive: Yes Range: 324 miles Battery size: 111.5 kWh
2022 Tesla Model Y Long Range: 326 Miles After its fulfilling deliveries in March 2020, the Model Y quickly dominated the electric crossover market. In early 2021, a less expensive Standard Range variant was released, but it only lasted for a few months. Now, the cheapest Model Y costs $52,490 (as of mid-June), but it can go 326 miles on a single charge and zero to sixty in just 4.8 seconds. Unlike the ID.4 and Mach-e, the Model Y has optional back seats, but they are only for very small kids, and the option costs $3,000.
Base Price: $52,490 Federal Tax Incentive: No Range: 326 miles Battery size: 82 kWh
2022 GMC Hummer EV: 329 Miles
The Hummer electric truck is the most capable light-duty truck offered by GMC, and its specs seem to support that. The Hummer EV truly shines off-road, with features such as Crab Mode and loads of suspension travel. The model currently delivering offers a range of 329 miles, 1,000 horsepower, and a massive 200kWh battery pack. That all comes at a price, though; it weighs over 9,000 pounds and has a sticker of $110,295 for the Edition 1 model.
Base Price: $110,295 Federal Tax Incentive: No Range: 329 miles Battery size: 212.7 kWh
Mercedes EQS 450+: 350 Miles Tesla and Lucid are almost always the only two brands people hear about when discussing luxury electric sedans; Mercedes is planning on changing that. The EQS is an ultra-aerodynamic sedan that looks like a modernized version of the S Class. Unlike the S Class, the EQS has a shorter hood, and its rear C-pillar extends not only to improve aerodynamics but also to allow for more headroom and cargo space. The most impressive feature of the EQS is its 350 mile range, which can happen thanks to its large pack paired with a .20Cd drag coefficient.
Base Price: $102,310 Federal Tax Incentive: Yes Range: 350 miles Battery size: 107.8 kWh (useable)
Tesla Model 3 Long Range: 358 Miles Quickly approaching its fifth year in production (fourth for Dual Motor), the Tesla Model 3 continues to pack a massive punch in the range department. While its price is no longer below the $50,000 mark, it still offers industry leading range figures in its segment. Its 358-mile range estimate outnumbers its rivals like the Polestar 2 and BMW i4.
Base Price: $54,490 Federal Tax Incentive: No Range: 358 miles Battery size: 82 kWh
Tesla Model S Long Range: 405 Miles If you don’t think you need to accelerate to sixty in 1.99 seconds, want to save $36,000, and go a little further per charge, well, Tesla has a car for you. The new ‘base’ Model S can achieve 405 miles per charge and run a still rapid 0-60 time of just 3.1 seconds. This is Tesla's longest range option currently available.
Base Price: $99,990 Federal Tax Incentive: No Range: 405 miles Battery size: 100 kWh
Rivian R1T Max Pack: 400+ Miles With a zero to sixty time of just 3 seconds, 14 inches of ground clearance, and a 3-foot wading depth, the R1T is just as capable off-road as on the road. Plus, the truck should have a 400+ mile range in its top guise. While the Max Pack is just a few months away from delivery, R1Ts with the Large Pack are currently delivering, and those have an EPA rated range of 314 miles derived from a 135kWh pack.
Base Price: $83,500 Federal Tax Incentive: Yes Range: 400+ miles Battery size: 180 kWh
Lucid Air Dream Edition R: 520 Miles The longest range EV on this list isn’t a Tesla, but it comes from another Californian EV company, Lucid Motors. In the Lucid Air, the firm offers four variants: Pure, Touring, Grand Touring, and Dream Edition. While all will offer north of 400 miles of range, the Dream Edition is the most impressive. The Dream Edition R will be able to travel 520 miles, according to the EPA. This figure makes the Air the longest range EV yet.
Base Price: $169,000 Federal Tax Incentive: Yes Range: 520 miles Battery size: 118 kWh
How many longest range electric cars and trucks are sold in Alaska and Canada per year?.
Thanks. Decisions involving tens of thousands of dollars should always be well planned. Unfortunately, cars are usually bought based on the "chemistry" when you test drive. LOL
What do I do in an emergency situation and the battery is flat?
In my gas car in just jump in and bug out.
My question would be "Do they still operate at minus 20 degrees?", as happens with some regularity up here.
Solution: Don't let your battery get flat.
I'm married and my wife and I need two cars between the two of us. So if I get an EV I'll keep a gas car and have the best of both worlds. And I hate, hate, hate, hate, hate the Dims trying to force EV's on us.
I'm just saying EV's are good for some situations. If literally 99% of your driving is around town then an EV might work for you.
Hoe much does it cost to retrofit your house to be able to charge your EV..?
I have owned a Mach e since last July. I can assure you that it operates below 32, and while we didn’t have a 20 degree below zero day where I live we did have some at sub 10 degrees below zero.
My car’s (standard battery) usable daily range went down from 100-120 miles (charging to 90%, keeping it above 20%) to about 80-90 miles per day. But I normally drive about 20-40 miles per day so that’s no problem.
While my car is plugged in I use an app to start it up about 5 minutes or so before I leave. That gets the car nice and warm inside and warms up the battery prior to use. No fumes so I don’t need to open the garage door. Before I drive home I use the app to start the car and it is cozy and ready to go.
EV’s are great commuter cars if you have a charger in your garage at home. They are a good 2nd car and a great 3rd car. Using an EV for short trips will keep my gas vehicles in service longer.
“So if I get an EV I’ll keep a gas car and have the best of both worlds”
So once again dependant on fossil fuel.
Also there’s the cost of battery replacement when not if it will need to be replaced.
Having said all that I’m pulling for as many people as possible to buy EVs......at some point I figure it’ll take the pressure off gasoline use and that should drop the cost gas.
I’ve got the same view, but don’t think it will happen in my lifetime. Maybe for my kids who are in their 40s.
See my post #64
BTW tesla will not sell you a supercharger.....even if they did your home doesn’t have the infrastructure to support it. So if you want to charge your tesla in 30 minutes you have to drive to wherever a supercharger is.....assuming the battery has enough of a charge to get you there.
Tesla batteries are warrantied to 100k miles, but will do many more.
But if like me you drive ~200 miles per week, are married (thus we need two cars anyway, might as well have one EV and one gas car and have the best of both worlds), own your home, live in the south, have a metal roof, no shade over your roof, and a large portion of your roof facing south (all of which I do), then you might consider putting a solar system onto your roof (like I did almost a year ago) and the next time you replace one of your used cars -- replace it with an EV (what my wife and I are considering doing).
My current solar system will pay for itself on the 10th or 11th year, assuming 3% inflation on power and natural gas rates. I hate having to do it. I wish I could drill my own natural gas and oil, but I can't do those. Nor can I stop the Dims from jacking up our energy prices to control us in the name of paying tithe to Greta Gaia. So I used a HELOC to pay for the solar system and couldn't be happier with the throughput. It literally produced 55% of all the power we consumed last year in our two-story now all-electric house. Gone are the days I grumble about natural gas prices and I grumble only half as much as I used to about power rates. It's given us a hedge against runaway energy costs for our house. I have taken half the literal power out of the hands of bureaucrats and put it into our hands. Solar is not as efficient or dependable as other energy sources. But it has one thing that's very valuable: I control it. Therefore I can tweak it for mine and my family's interests, not in ways that benefit the big gubment control freaks.
I'm thinking of doing the same with runaway gasoline prices by getting an EV. By my estimate, about half the time I charge the EV it'll be with excess solar power (power I wasn't using anyway). That's if I don't upgrade my solar system, which I will if the Dims succeed in forcing most people to drive EV's and, thereby, need to control us with their power prices like they control us with their pump prices.
It doesn’t cost anywhere near $5k to install a charger—more like $1200., and less if you do it yourself.
Unless abused, a battery may be good to 20 years. Experience is also being gained using remanufactured batteries. Technology is constantly improving so today's batteries should perform better than the graph below. Tesla may perform better than some others.
“and then there is pollution involved in making the batteries and disposing of them, they cannot be recycled.”
Tesla recycles 100% of their batteries.
“Hoe much does it cost to retrofit your house to be able to charge your EV..?”
Level 1: $0.00
Level 2: $1,500.00
I'm 100% with you. I'm not trying to be "net zero", nor am I wanting to slay an invisible warmageddon or any of that hogwash. Nor do I believe the Current Warm Period is anything to worry about (historically it's probably not as warm as the Medieval Warm Period, Roman Warm Period, or Minoan Warm Period). If the Dims weren't jockeying around with our energy costs I wouldn't consider an EV.
But the Dims be the Dims and they've made no bones about using energy costs to try to control us. So I put a solar system onto my house almost a year ago and couldn't be happier with the throughput and the fact that it provided 55% of all the power we consumed last year. It'll pay for itself at about the 10th year, assuming a 3% inflation in power rates (and all the riders that go into your power bill), and assuming the gradual reduction in my solar system's throughput (batteries are guaranteed to still be operating at 50% in 19 years, panels at 70% in 25 years). It also assumes paying the interest on the HELOC I took out to pay for it.
My wife and I have a hedge against the Dims jacking up our cost of living as we soon move into retirement, at least the energy costs for our home. I'd like to have that same kind of hedge against the Dims jacking up the cost at the pump.
We're free American citizens, hopefully independent minded. You can keep fussing that somebody outta do something, while I keep working to find a real solution for my family. I'm not saying I like it. I can't stand this war on energy. But it is what it is, so I need to do what I can to produce more of our own energy and set us up where we can depend more on our own energy and less on what the Dims grace us with from their thrones.
That's impressive. Just the cost of shipping them from junkyards to the recycling plant is significant.
And how much does the charger cost?
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