trutolife27
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- Lincoln mkx , Ford f-150, Mache
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I was just about to say the same thing. The MME weighs considerably more than the Tesla and still beat it. Tesla's are notoriously inefficient but their aerodynamics help compensate for that. Plus the Tesla make 97% of their battery pack available to be used. Ford does not. I think that will change once Ford does some calibrations down the road but they are being SUPER conservative.Man, your gonna make me put you on my ban list. Gaslighting all the time.
The mache was not built for aero. It weighs a lot more than the model y. Of course, it's not going to be the same. What is true though it the mache gets closer to the range listed always when the model y underperforms time after time with its inflated numbers.
So in the summer or even in areas where the heat pump doesn't play a factor then the mache even would do better stack against the model y.
The bottom line it went further. Guess with your booohooo heat pump if ford put one on the mache is just beat that ass even more.
This was a very helpful explanation, thanks!Ok, let recalculate everything taking the same data the video provided. Whatever those people tried to test, they didn't come up with exactly correct numbers. And still, let's remember - the whole thing which car goes further is based on calculation, not on real test.
Let's just take Model Y and Mach E for comparison. Based on the number the video provided
Model Y - 75 kWh
Mach E - 88 kWh (88 !!!, not 99 as they stated in their video during the first few minutes)
So... Both cars travelled 285 km (for the american public it's 177.1 miles)
Model Y left with 20% of the battery - that is equal to 15 kWh (20% from 75kWh), means Model Y spent 60 kWh for 177.1 miles.
Mach E was left with 22% after traveling 177.1 miles - that is equal to 19.36kWh (22% from 88kWh) - means Mach E spent 68.64 kWh for 177.1 miles.
So, now let's calculate how many miles each of the vehicles traveled per one kWh spent:
Model Y - 177.1 divide by 60 = 2.95 miles for each kWh
Mach E - 177.1 divide by 68.64 = 2.58 miles for each kWh
Now, knowing the sizes of the batteries, let's calculate the distance each of the vehicles would travel after spending 100% of their batteries:
Model Y - 2.95 mi/kWh * 75 kWh = 221.25 miles
Mach E - 2.58 mi/kWh * 88 kWh = 227.04 miles
So, yes, looks like Mach E AWD Extended battery would travel 6 miles further than Tesla Model Y Long Range.
Their conclusion was generally right, I am not sure though, who came up with the number of 3.36 mi / kWh for Model Y - that was originally a source of confusion for me.
True story. I was heading east on I80 through Davis once when an old VW van with a fiberglass top lost said top at about 60mph. It flew up about 40 feet then back down where it disintegrated upon impact with the highway. The driver never even hit the brakes...True, but we've never heard of any other cars, except for Teslas, with flying roofs, so it's not likely Ford is starting it now.
Mercedes has issued a recall on my E320 because the sunroof can de-laminate and fly off during driving. I don't think anyone has pictures, but it must have happened to someone.True, but we've never heard of any other cars, except for Teslas, with flying roofs, so it's not likely Ford is starting it now.
No. All cars were charged to 100% at their office. At least that is what is stated in the intro.No, they didn't show extrapolated 100% range - they travelled the same distance and left with different charge percentage - all I did - counted extrapolated total mileage based on actual efficiency.
No. But we know the Y was purchased in summer 2020, and the 3 is an older LR model without the heat pump.Do we know how many miles are on the Teslas used in the test?
Where did I say they were not charged 100% at the point of start?No. All cars were charged to 100% at their office. At least that is what is stated in the intro.
I misunderstood the phrase "left with different charge percentage". You meant arrived with different charge percentage left.Where did I say they were not charged 100% at the point of start?
There are a lot of lurkers out here, reading posts and not commenting. Like me, until now anyway.Little anti-free speech aren’t we.
I'm curious about SR battery. It should lighter and get better efficiency, though less range. Either way it was very reassuring and I think I will be well served with what I will get.It was a range test, not an efficiency test.
I am the guy who organized this winter condition test. Be careful with the total battery capacity (which is a constant) and the usable battery capacity which can change depending on outside temperature or degradation overtime. So we know that the total capacity of the Mach-E big battery is 98,8 kWh ... the Tesla Model Y LR and Model 3 LR is 75 kWh TOTAL capacity. The usable capacity is lower than that.Ok, let recalculate everything taking the same data the video provided. Whatever those people tried to test, they didn't come up with exactly correct numbers. And still, let's remember - the whole thing which car goes further is based on calculation, not on real test.
Let's just take Model Y and Mach E for comparison. Based on the number the video provided
Model Y - 75 kWh
Mach E - 88 kWh (88 !!!, not 99 as they stated in their video during the first few minutes)
So... Both cars travelled 285 km (for the american public it's 177.1 miles)