Did you want to list out those questions? They provide the data right there in the PDF.I am severely questioning the figures in here, specifically the ones for the F-150's
Did you want to list out those questions? They provide the data right there in the PDF.I am severely questioning the figures in here, specifically the ones for the F-150's
The main data im questioning is the gas F-150 they chose to use as an example. Most XLT's will sticker in that low to mid 60's range. I didnt see where they listed which truck they were using as an exampleDid you want to list out those questions? They provide the data right there in the PDF.
$56,215 on the first page. It looks to me like resale is what's killing the Lightning.The main data im questioning is the gas F-150 they chose to use as an example. Most XLT's will sticker in that low to mid 60's range. I didnt see where they listed which truck they were using as an example
I don't know if I agree with that. It definitely moves the goalposts for how long it takes for payback but eventually it's going to save you money (assuming you're charging at home).
Yep I can see that. The price data is what I’m questioning. I see where it states the price, but using that price point that makes it a 2.7 ecoboost, which has a substantially worse resale value than a regular XLT. Hence why I’m questioning which version of the XLT they are using$56,215 on the first page. It looks to me like resale is what's killing the Lightning.
Yeah, that's the problem with trucks. There are like 15k different configurations.Yep I can see that. The price data is what I’m questioning. I see where it states the price, but using that price point that makes it a 2.7 ecoboost, which has a substantially worse resale value than a regular XLT. Hence why I’m questioning which version of the XLT they are using
Depends on the vehicle, but always higher on the BEV. That is also factored into those numbers.How does licensing and insurance compare on ICE and EV?
That does not tell me much as every driver situation is usually different. We talking 10%? 20% $100? 500?Depends on the vehicle, but always higher on the BEV. That is also factored into those numbers.
I added some details so that you could get a better feel for the difference. Nothing hugeThat does not tell me much as every driver situation is usually different. We talking 10%? 20% $100? 500?
with Copper tariffs and prices going up, rare earths going up, tariffs in general... I doubt they will be willing/able to drop price.I wouldn’t be surprised to see bev prices drop some as well since they’re losing the credit. We’ll see I suppose.
I wouldn’t be surprised to see bev prices drop some as well since they’re losing the credit. We’ll see I suppose.
Tesla's and electric in general run through tires quite a bit faster mainly due to weight. But there's another small cost saver, breaks. They should last longer compared to ICE vehicles.Depends on the vehicle, but always higher on the BEV. That is also factored into those numbers.
Just as an example, in our house we have a KIA(2011) and a Tesla(2013), both which cost about the same. After the tax break, the Tesla probably cost $6k less.
Insurance
Kia $600/year
Tesla $900/year
License and registration
Kia $459
Tesla $654
So about $500 more per year. A few things to keep in mind:
Last year I spent $350 in routine maintenance on the Kia, andzeroon the Tesla. I spent like $5 on windshield fluid for the Tesla, when did that become so expensive?
The Tesla accelerates like an exotic sports car, the Kia does not. If I was to compare the insurance on the Tesla compared to a sports car, it would be cheaper.
I have a feeling the Tesla is going to run through tires faster as well.
That's true. It's not uncommon for brake pads to last 150k+ miles on vehicles with regenerative braking.Tesla's and electric in general run through tires quite a bit faster mainly due to weight. But there's another small cost saver, breaks. They should last longer compared to ICE vehicles.
That does not tell me much as every driver situation is usually different. We talking 10%? 20% $100? 500?
They’ve been pushing leases to get the corporate loophole tax credit and then buy out of you want to buy.One thing people need to consider is that very few models qualify for the $7,500 tax credit. I think it's less than 15 and probably a third of them are Tesla Model Y and Model 3 versions
Also a point to keep in mind here is that Iowa has a $130 surcharge for BEVs on the annual registration to offset for the fuel tax losses. So it will automatically be more to register a BEV than another gas vehicle in the same class/price point.Depends on the vehicle, but always higher on the BEV. That is also factored into those numbers.
Just as an example, in our house we have a KIA(2011) and a Tesla(2013), both which cost about the same. After the tax break, the Tesla probably cost $6k less.
Insurance
Kia $600/year
Tesla $900/year
License and registration
Kia $459
Tesla $654
So about $500 more per year. A few things to keep in mind:
Last year I spent $350 in routine maintenance on the Kia, andzeroon the Tesla. I spent like $5 on windshield fluid for the Tesla, when did that become so expensive?
The Tesla accelerates like an exotic sports car, the Kia does not. If I was to compare the insurance on the Tesla compared to a sports car, it would be cheaper.
I have a feeling the Tesla is going to run through tires faster as well.