Do we already know the battery capacity of these? I'm curious what the efficiency of a truck like the lightning is.
@Jonathan
Please add battery sizes for each trim, if that information was made available
So, as expected the 150kWh would be the higher range, as the cost/kWh did not add up for a base 39k model
Battery life should be ok. SKI used LG technology & was sued & settled for $1.4 billion
https://www.bloomberg.com/news/articles ... import-ban
I think Tesla uses a similar kind of pouch cell pack in their made in china Model 3 SR/SR+, so there should be some data there on pack life
Tesla using pouch cells in their made in China models? First I've seen of someone suggesting that, and doesn't seem like something they would do, considering their research and technological efforts with regard to cylindrical cells. Not to mention the idea of needlessly changing the battery pack form factor.
Sorry...mean to say prismatic cells in MIC Model 3
I think they were saying they want an even more stripped version than the XL. Honestly, for the very small number of customers who would opt for something even lower than the SYNC4 infotainment it would cost more to design, develop, test, and stock parts for a lower end system. I mean my '15 Sierra base has a simple AM/FM radio and it's still got a LCD screen and pretty much everything needed to run an infotainment system other than touch-screen controller which is a minimal cost.- AIR CONDITIONING
- power windows
- power locks/keyless entry
- power mirrors
throw in a percentage display on the dashboard of my battery life remaining and that is all the bells & whistles I need in a daily driver pickup.
if FORD can offer a Lightning model like that... I'd take it.
That's all standard.
I think they were saying they want an even more stripped version than the XL. Honestly, for the very small number of customers who would opt for something even lower than the SYNC4 infotainment it would cost more to design, develop, test, and stock parts for a lower end system. I mean my '15 Sierra base has a simple AM/FM radio and it's still got a LCD screen and pretty much everything needed to run an infotainment system other than touch-screen controller which is a minimal cost.- AIR CONDITIONING
- power windows
- power locks/keyless entry
- power mirrors
throw in a percentage display on the dashboard of my battery life remaining and that is all the bells & whistles I need in a daily driver pickup.
if FORD can offer a Lightning model like that... I'd take it.
That's all standard.
230 miles. What's that actually going to be though with weight, towing, winter temperatures and maintaining what, 80 ish percent charge max to not kill the battery?
How close does that now get to their 170 Mile number?
Does it matter?
"the average American drives 16 miles to work each way"
Ok, add on a few dozen miles to a construction site....that still leaves plenty. Oh yea....how many construction sites do you know of that don't have electricity? They can top up when they get to work.
I remember reading a couple years ago about a volvo (I think the xc90) that was electric, but had a tiny generator built in for those longer trips. It may seem counter-productive in an electric, but a 30 amp generator in the bed for long trips could offset the range limitation.Would they?230 miles. What's that actually going to be though with weight, towing, winter temperatures and maintaining what, 80 ish percent charge max to not kill the battery?
How close does that now get to their 170 Mile number?
About spot-on would be my guess. 170 miles is the 95th percentile....so even allowing for lets call it 70% range which is 161 miles, they'll still cover a massive proportion of the use cases.
Average job range is not the same as max job range in that year.
Apart from guys like me who have a vast territory to cover, and drive 200+ miles daily, the only other scenario I can think of where my company would run into problems is when we convoy out to other utilities to help with storm outages in the wake of disasters. We sent people from the midwest to the coasts for recent hurricanes, and I could see it complicating logistics a bit, both for the transit and then operating in the area on spotty power.
But I bet there's a way to deal with the latter, like bringing along a couple of diesels and adapters to slow charge the electric fleet overnight, or carry some equipment to to draw from the grid anywhere we can find 3-phase.
I remember reading a couple years ago about a volvo (I think the xc90) that was electric, but had a tiny generator built in for those longer trips. It may seem counter-productive in an electric, but a 30 amp generator in the bed for long trips could offset the range limitation.
I remember reading a couple years ago about a volvo (I think the xc90) that was electric, but had a tiny generator built in for those longer trips. It may seem counter-productive in an electric, but a 30 amp generator in the bed for long trips could offset the range limitation.Would they?230 miles. What's that actually going to be though with weight, towing, winter temperatures and maintaining what, 80 ish percent charge max to not kill the battery?
How close does that now get to their 170 Mile number?
About spot-on would be my guess. 170 miles is the 95th percentile....so even allowing for lets call it 70% range which is 161 miles, they'll still cover a massive proportion of the use cases.
Average job range is not the same as max job range in that year.
Apart from guys like me who have a vast territory to cover, and drive 200+ miles daily, the only other scenario I can think of where my company would run into problems is when we convoy out to other utilities to help with storm outages in the wake of disasters. We sent people from the midwest to the coasts for recent hurricanes, and I could see it complicating logistics a bit, both for the transit and then operating in the area on spotty power.
But I bet there's a way to deal with the latter, like bringing along a couple of diesels and adapters to slow charge the electric fleet overnight, or carry some equipment to to draw from the grid anywhere we can find 3-phase.
Yep, and that's a big cost driver all by itself. Standardizing things into trim packages lets them take advantage of economies of scale in purchasing components, and optimizing the production schedule.The bundling annoys me. If you want one with a nice stereo you also need to sit in seats made out of skin and ride around on much bigger wheels. The domestic manufacturers used to be all about ordering a car with exactly the options you wanted.
Yeah, I was amazed to learn that crank windows actually cost the manufacturer MORE than power windows these days as the actuators are built in such large numbers and the number of buyers willing to go down to crank is so low that their cost to buy, stock, and account for the option is actually more than the savings in material costs. Basically if they offer crank windows it's just to dissuade people from actually buying the base model =)I think they were saying they want an even more stripped version than the XL. Honestly, for the very small number of customers who would opt for something even lower than the SYNC4 infotainment it would cost more to design, develop, test, and stock parts for a lower end system. I mean my '15 Sierra base has a simple AM/FM radio and it's still got a LCD screen and pretty much everything needed to run an infotainment system other than touch-screen controller which is a minimal cost.- AIR CONDITIONING
- power windows
- power locks/keyless entry
- power mirrors
throw in a percentage display on the dashboard of my battery life remaining and that is all the bells & whistles I need in a daily driver pickup.
if FORD can offer a Lightning model like that... I'd take it.
That's all standard.
Oh, then in which case, yeah, no. Features and luxury options are not a big part of the build cost of a vehicle like this. In an EV, you're largely paying for the battery. Ford could theoretically throw in the cheapest base-grade fleet interior, and it wouldn't cut the price any.
Is it only the 5.5ft bed for commercial? I can't imagine that a bed that short would be particularly useful for real work.
So, first off, I don't understand why your concept of "real work" doesn't include, say, surveyors, geotech engineers, foremen, city parks rangers/maintainers, grounds maintenance, civil engineers, or natural resources managers like yours truly.
This is apparently under discussion, and Ford has patented one that mounts in the bed, but honestly, my feeling is that most users are going to realize very quickly that they don't need it.
" will be supplied with an 240 V, 80 A"
An 80 Amp what?
Is it only the 5.5ft bed for commercial? I can't imagine that a bed that short would be particularly useful for real work.
So, first off, I don't understand why your concept of "real work" doesn't include, say, surveyors, geotech engineers, foremen, city parks rangers/maintainers, grounds maintenance, civil engineers, or natural resources managers like yours truly.
And all of the tradesmen, who generally have no need to often carry "long" things. My brother is an electrical contractor and they just need their beds to have room for some large tools, maybe a generator, spools of wire and such.
Anything really big would go on a trailer or get dropped off by their warehouse staff (or as mentioned in all of these threads, directly from the electrical supply houses).

The bundling annoys me. If you want one with a nice stereo you also need to sit in seats made out of skin and ride around on much bigger wheels. The domestic manufacturers used to be all about ordering a car with exactly the options you wanted.
230 miles. What's that actually going to be though with weight, towing, winter temperatures and maintaining what, 80 ish percent charge max to not kill the battery?
How close does that now get to their 170 Mile number?
Does it matter?
"the average American drives 16 miles to work each way"
Ok, add on a few dozen miles to a construction site....that still leaves plenty. Oh yea....how many construction sites do you know of that don't have electricity? They can top up when they get to work.
You can pull the 80% consideration off that list. Charging all the time to 90% is totally fine on every EV that I know of, and if you are regularly using the vehicle you can charge to 100% with no worries. You only want to avoid 100% if you are going to leave the car sitting at it all the time. With the big packs in these trucks Ford might have even hid a few percent of the battery from the user at the top, meaning you can charge to 100% without thinking about it. We won't know that until someone gets their hands on one though.230 miles. What's that actually going to be though with weight, towing, winter temperatures and maintaining what, 80 ish percent charge max to not kill the battery?
How close does that now get to their 170 Mile number?
Normally you don't charge above 90% or let the charge level drop below 15%, so you only have 75% usable.
The EPA range is more optimistic than people normal get, though it is achievable, so knock off another (say) 20%, so you are now down to 60%.
230 miles EPA => 138 miles usable
300 miles EPA => 180 miles usable
You'll lose another 20+% in freezing temperatures.
The larger 240V/80A onboard charger adds 30 miles of range per hour, according to Ford. Assuming you can charge it while driving, you could theoretically put a 20 kW generator in the bed, but tossing a 600 lb generator plus fuel in there might cut down on your range…I remember reading a couple years ago about a volvo (I think the xc90) that was electric, but had a tiny generator built in for those longer trips. It may seem counter-productive in an electric, but a 30 amp generator in the bed for long trips could offset the range limitation.
230 miles. What's that actually going to be though with weight, towing, winter temperatures and maintaining what, 80 ish percent charge max to not kill the battery?
How close does that now get to their 170 Mile number?
Does it matter?
"the average American drives 16 miles to work each way"
Ok, add on a few dozen miles to a construction site....that still leaves plenty. Oh yea....how many construction sites do you know of that don't have electricity? They can top up when they get to work.
Ummm...don't you need a special charge system for vehicles? This isn't a 120v system and I highly doubt construction companies are currently prepared to setup vehicle chargers for their employees....
Ummm...don't you need a special charge system for vehicles? This isn't a 120v system and I highly doubt construction companies are currently prepared to setup vehicle chargers for their employees....
I gotta say the entry level prices for the Lightning are super impressive. The cheapest 230 mile and 300 mile version actually undercut the Mach E by $2000-3000. I wonder how they do that, as surely the Lightning needs quite a bit more battery capacity to offset the worse aerodynamics and increased size.
You can pull the 80% consideration off that list. Charging all the time to 90% is totally fine on every EV that I know of, and if you are regularly using the vehicle you can charge to 100% with no worries. You only want to avoid 100% if you are going to leave the car sitting at it all the time. With the big packs in these trucks Ford might have even hid a few percent of the battery from the user at the top, meaning you can charge to 100% without thinking about it. We won't know that until someone gets their hands on one though.230 miles. What's that actually going to be though with weight, towing, winter temperatures and maintaining what, 80 ish percent charge max to not kill the battery?
How close does that now get to their 170 Mile number?
Normally you don't charge above 90% or let the charge level drop below 15%, so you only have 75% usable.
The EPA range is more optimistic than people normal get, though it is achievable, so knock off another (say) 20%, so you are now down to 60%.
230 miles EPA => 138 miles usable
300 miles EPA => 180 miles usable
You'll lose another 20+% in freezing temperatures.
FWIW- 24,000 miles into their long-term test, they've averaged a 237 range on a vehicle with a 310 EPA range, which is a healthy bit better than the 60% figure you are using (76%).
And I'm guessing, being Car and Driver, that it includes a fair amount of spirited driving...
https://www.caranddriver.com/reviews/a3 ... intenance/
Nowadays the leather in cars is coated in plastic anyway.Anyone want to post on the difference in seating material ?
I've used a Prius with what they called SoftTex at the time
Now its a model 3 with "Vegan leather"
To my eyes, both look the same & are incredibly durable & this includes carting around a large dog.
Same same. "Vegan leather," "Softex," MB Tex, Sensatec, it's all just patterned vinyl. And yeah, it's insanely durable - I've got part cloth-part vinyl seats in my Forester and they've been fantastic for everything from spills to dogs to ice climbing gear.
Economies of scale. It shares quite a bit (interior, body, etc.) with the ICE F-series, of which Ford makes almost a million a year. The new Rouge Electric Vehicle Center where it will be built is only the final assembly. It uses the same body and paint shops as the ICE F-150.I gotta say the entry level prices for the Lightning are super impressive. The cheapest 230 mile and 300 mile version actually undercut the Mach E by $2000-3000. I wonder how they do that, as surely the Lightning needs quite a bit more battery capacity to offset the worse aerodynamics and increased size.
But, I would suspect that both the mach-e and lightning will be money losers for at least the first few years if you were to look at the whole cost vs net income spreadsheet, but they don't really have a choice as this is clearly where the market is heading and they can't afford to have Tesla eat into their major profit center.
I was just checking some websites for Tesla, Kia, Hyundai and Ford EVs, and was surprised to see a special financing option Ford has, apparently just for the Mach-E.
Besides financing and leasing, there is a balloon payment financing option, which allows you to return the car instead of making the final, balloon payment. (?????)
I need to go read that again, once I get home from work, because its not clear to me why they offer that option - as well as getting clarification on the details..
230 miles. What's that actually going to be though with weight, towing, winter temperatures and maintaining what, 80 ish percent charge max to not kill the battery?
How close does that now get to their 170 Mile number?
Does it matter?
"the average American drives 16 miles to work each way"
Ok, add on a few dozen miles to a construction site....that still leaves plenty. Oh yea....how many construction sites do you know of that don't have electricity? They can top up when they get to work.
Ummm...don't you need a special charge system for vehicles? This isn't a 120v system and I highly doubt construction companies are currently prepared to setup vehicle chargers for their employees....
Do we already know the battery capacity of these? I'm curious what the efficiency of a truck like the lightning is.
@Jonathan
Please add battery sizes for each trim, if that information was made available
So, as expected the 150kWh would be the higher range, as the cost/kWh did not add up for a base 39k model
Battery life should be ok. SKI used LG technology & was sued & settled for $1.4 billion
https://www.bloomberg.com/news/articles ... import-ban
I think Tesla uses a similar kind of pouch cell pack in their made in china Model 3 SR/SR+, so there should be some data there on pack life
Tesla using pouch cells in their made in China models? First I've seen of someone suggesting that, and doesn't seem like something they would do, considering their research and technological efforts with regard to cylindrical cells. Not to mention the idea of needlessly changing the battery pack form factor.
Sorry...mean to say prismatic cells in MIC Model 3
Ah, so the lower density but cheaper to produce tech can fit the use. Thanks for sharing.
230 miles. What's that actually going to be though with weight, towing, winter temperatures and maintaining what, 80 ish percent charge max to not kill the battery?
How close does that now get to their 170 Mile number?
Does it matter?
"the average American drives 16 miles to work each way"
Ok, add on a few dozen miles to a construction site....that still leaves plenty. Oh yea....how many construction sites do you know of that don't have electricity? They can top up when they get to work.
The bundling annoys me. If you want one with a nice stereo you also need to sit in seats made out of skin and ride around on much bigger wheels. The domestic manufacturers used to be all about ordering a car with exactly the options you wanted.
For sure, you used to be able to order with an absurd level of detail. I'm thinking more like 'let me pick the reasonably sized wheels while still getting the nicer interior' which isn't even an option here. (earlier in the comments I linked the order sheets we have seen so far - base trim gets 18s, mid gets 20s with 22s as an option, high trim gets the 22s)The bundling annoys me. If you want one with a nice stereo you also need to sit in seats made out of skin and ride around on much bigger wheels. The domestic manufacturers used to be all about ordering a car with exactly the options you wanted.
Yeah, decades ago. You can still get an F-150 in any of several million different configurations, but of course they can't possibly custom build you a truck to your specifications anymore; the cost of doing that is insanity, which is why it's not done anymore.
any news or hints on there being a regular cab version any time soon? I'm not driving a whole bunch of people around.
Of course that is an option. Been there, done that. I'm not talking head unit features though, I'm talking speaker placement, EQ tuning, subwoofers. Nowadays I'd really rather tick the box and pay the $1500 so the car shows up with an already good stereo. My fab time is more happily spent working on hobby projects rather than sniffing fiberglass making custom stealth subwoofer housings.The bundling annoys me. If you want one with a nice stereo you also need to sit in seats made out of skin and ride around on much bigger wheels. The domestic manufacturers used to be all about ordering a car with exactly the options you wanted.
Or, you could install your own stereo that will be much better and less expensive than any OEM offering.
Crutchfield has guides and installation kits that make it a no-brainer operation for any Arsian-level person.
I gotta say the entry level prices for the Lightning are super impressive. The cheapest 230 mile and 300 mile version actually undercut the Mach E by $2000-3000. I wonder how they do that, as surely the Lightning needs quite a bit more battery capacity to offset the worse aerodynamics and increased size.
230 miles. What's that actually going to be though with weight, towing, winter temperatures and maintaining what, 80 ish percent charge max to not kill the battery?
How close does that now get to their 170 Mile number?
Does it matter?
"the average American drives 16 miles to work each way"
Ok, add on a few dozen miles to a construction site....that still leaves plenty. Oh yea....how many construction sites do you know of that don't have electricity? They can top up when they get to work.
Ummm...don't you need a special charge system for vehicles? This isn't a 120v system and I highly doubt construction companies are currently prepared to setup vehicle chargers for their employees....
Nope, you can plug it into regular domestic electricity. It's not *fast*, but it's fine for overnight.
This will work for businesses with limited miles of travel assuming the maintenance costs are lower (which they typically are for EV's) and the offset of costs of energy and fuel are cost-effective, I can see a lot of businesses ordering these for various kinds of uses.230 miles. What's that actually going to be though with weight, towing, winter temperatures and maintaining what, 80 ish percent charge max to not kill the battery?
How close does that now get to their 170 Mile number?
About spot-on would be my guess. 170 miles is the 95th percentile....so even allowing for lets call it 70% range which is 161 miles, they'll still cover a massive proportion of the use cases.
I don't see a lot of rank and file consumers doing it, though.
While pick-ups are the #1 selling vehicle in the U.S., I have strong reservations about how popular they'll be as EV's. I expect a few outlier folks will get one, especially if they have qualms about their environmental impact. But, TBH, I'm thinking that if someone bought a pickup in the first place - and had no need for one (which most people don't really have a compelling need for one) - then environmental concerns aren't likely a top motivator for buying a pickup EV.
I'd REALLY like to see some market studies done by independent researchers about the likely popularity of EV pickups. I have the strong suspicion that auto makers looked at the dismal EV sales (yes, they're still pretty dismal compared to ICE's in general, despite chatter from enthusiasts) and decided if they'd mate the EV to the pickup, then they'd sell more EV's.
It's probably true to a limited extent. Offering a favorite vehicle type usually brings in buyers, after all. But, sadly, I don't think they're going to sell nearly as many as they hope to. It'd be nice if they did, but people who buy pickups don't always do it for rational reasons. It's more rationalized than anything else for a huge number of them, and the rest likely want one that can go farther while carrying/pulling more weight. And I suspect the difference between the "advertised range" and "real life range" will come as an unpleasant, and highly vocalized, surprise to most buyers.
Just a thought. I know EV's are going to be bigger in the future than they are now, and most of the issues will be fixed and/or people will adapt. But until there's a mandate to cease all ICE sales, EV's aren't going to be best sellers. We don't, yet, live in a world where EV's can directly replace every ICE. That time's coming, and this is a good start, but I still think it's going to be slower than hoped for by the enthusiasts.
Yes, that's exactly what I said and you quoted. Use 90% if you want long battery lifetime, 80% is an overkill level of caution.You can pull the 80% consideration off that list. Charging all the time to 90% is totally fine on every EV that I know of, and if you are regularly using the vehicle you can charge to 100% with no worries. You only want to avoid 100% if you are going to leave the car sitting at it all the time. With the big packs in these trucks Ford might have even hid a few percent of the battery from the user at the top, meaning you can charge to 100% without thinking about it. We won't know that until someone gets their hands on one though.230 miles. What's that actually going to be though with weight, towing, winter temperatures and maintaining what, 80 ish percent charge max to not kill the battery?
How close does that now get to their 170 Mile number?
Normally you don't charge above 90% or let the charge level drop below 15%, so you only have 75% usable.
The EPA range is more optimistic than people normal get, though it is achievable, so knock off another (say) 20%, so you are now down to 60%.
230 miles EPA => 138 miles usable
300 miles EPA => 180 miles usable
You'll lose another 20+% in freezing temperatures.