According to the International Council on Clean Transportation (ICCT), Europe averaged 46 MPG (US gallons, "normalized to CAFE test cycles") in 2015 [1], compared to something like 37 MPG in the US.
This NY Times article [2] summarizes the report, with some nice graphs.
[1] https://www.theicct.org/sites/default/files/publications/201...
[2] https://www.nytimes.com/interactive/2018/04/03/climate/us-fu...
As far as I can tell taking a quick look at your links, the difference can be in two things. First, these are fuel economy standards companies are expected to hit, and not reporting on whether they hit them or missed and paid penalties. Second there's the phrase "Assumes manufacturers fully use low-GWP A/C refrigerants credits". Apparently fuel economy numbers are boosted by these credits--actual fuel economy isn't the same thing, it appears?
(EDIT: Overall fuel economy for cars and trucks combined was 24.8 mpg in MY2015 [1])
[1] https://phys.org/news/2016-11-average-fuel-economy-high-mpg....
> "skepticism" "It seems obvious"
Pick one please.
I am skeptical of the 37mpg claim because it seems clear to me that the average car sold in the US isn't that efficient. What's the contradiction?
I think 37mpg depends on what you actually count as a car and what goes for a light truck.
The top 4 best-selling passenger cars are the Honda Accord and Civic, and the Toyota Camry and Corolla [1].
Their "combined city/highway" fuel efficiences are respectively 30, 34, 27, and 32 mpg for the base engine [2][3][4][5].
How can this possibly work out to 37 mpg overall? There aren't enough hybrid sales to bring that number up.
[1] http://www.goodcarbadcar.net/2018/08/july-2018-ytd-u-s-passe... [2] https://www.edmunds.com/honda/accord/2017/features-specs/ [3] https://www.edmunds.com/honda/civic/2017/features-specs/ [4] https://www.edmunds.com/toyota/camry/2017/features-specs/ [5] https://www.edmunds.com/toyota/corolla/2017/features-specs/
(Perhaps the mpgs were added up and divided by N? That doesn't always provide the answer you're looking for.)
There are a lot of forces at play here, among others tax rates (which cause the F150 to get bigger and European cars to get lighter), fuel prices, culture (in Europe a big truck won't impress anyone, you get other types of cars for that), average and maximum distance traveled (in Europe nobody fantasizes about roadtrips), road conditions (high population density makes offroad driving less important in rural Europe than in rural America), etc
https://en.wikipedia.org/wiki/Limousine#/media/File:98-02_Li...
So I assume you were using the "sedan" interpretation.
This is a reflection of the vehicle platforms they're built on. You take a Civic or a Dart slap on AWD, a lift kit and extra 500-1000lb of body/interior and call it a CRV or a Cherokee and there's not much spare capacity left to haul cargo or tow trailers.
If we need to move mulch or the like, we rent/buy trailers.
That's an interesting tidbit. I always thought that they did. I thought the automotive term "GT" meant "Grand Tour" and was European in inspiration.
That's what I get for culling most of my European auto culture information from Top Gear.
Even besides the German brands (VW, Mercedes, BMW), there are a huge number of European car manufacturers (Skoda, Peugeot, citroen) > showing ability and demand for cars in Europe. Also, the small size and mostly flat nature of Europe, cultural diversity, and longer vacation time all contribute to Europeans traveling more than Americans. Not to mention excellent roads, family/student hostels for less expensive trips (pre-Airbnb era) and obviously Visa free travel. So yes Europeans might not have the same idea of long distance road trips we have in the US but that is not to say they don't take the same trips or more than in the US
Even then, there are no American size cars. Most sold cars are European or Japanese station wagons.
So how do you explain the countless German and Dutch cars driving around forests of Norway and Sweden every summer?
Anecdote: several years ago, I got the lightest, smallest-engined, most-efficient car I could find here in Canada, a Toyota Yaris. And using a calculator to convert units, I see that even so, it only gets me ~40 US MPG (real world) - most because of highway speeds. When I drive mostly 80km/hr, it's about 42 US MPG. When I drive mostly 120 km/hr, it's more like 36 US MPG. The same car is sold in Japan/EU with a 1.2 litre engine, vs the 1.5 litre in North America. Similar things happen with many other models.
However, as a sedan, I strongly dispute the "more space for passengers and cargo". The trunk is larger in the camry, but has severe limits that the Yaris, a hatchback, does not. Carrying a mini fridge, for example, is out of the question in a Camry, but easy in a Yaris (as long as you only have 1 or 2 passengers). Also, the camry has better rear-seat leg room, but much less height, such that my head (185cm) touches the roof in the back seats. Finally, the Yaris has better clearance for rough roads, and much better turning radius and visibility for city driving. (Oh, and my cost after 150000km, including purchase, fuel, and oil changes, is just approaching the purchase price of a Camry Hybrid)
I wish the Yaris Hybrid, available in Japan, was available in North America.
And I used to haul my 46" HDTV in my 99 Sentra, pretty sure it will fit in Camry too.
Camry is big for city driving. Moving to Seattle again reminds me how much better a Yaris can parallel park than my 'boat'.
I'm consistently driving 1100 miles a month on 28 gallons. This may change after the upcoming move, since walking will replace driving as primary transportation.