1: https://en.wikipedia.org/wiki/Corporate_average_fuel_economy...
The famous 67MPG requirement was for a hypothetical 2026 model year car
But Honda discontinued the Fit in the United States in 2020, long before the hypothetical 2026 target.
The reason is consumer demand. People weren't buying them. There are thousands of lightly used Honda Fits on the used market for reasonable prices, but they're not moving.
Yes, the regulations are flawed, but that doesn't change the lack of consumer demand.
I think this over-simplifies things. Strict milage standards force a set of compromises on ICE car design that make them both shittier and more expensive[1]. Why would anyone buy such a product when they can get an SUV instead?
[1] Some examples: turbochargers, CVTs, start/stop systems. All of these increase both the cost and complexity of building as well as repairing the car. And with higher complexity comes higher chances for something to fail as well so reliability suffers.
> Some examples: turbochargers
I disagree that turbochargers are shittier. For most people, hell even for a large subset of people that only want to race their cars on a track, turbochargers provide huge benefits. Yes, they add complexity and cost; they also vastly improve fuel efficiency, create the best torque curve possible on an ICE vehicle, and substantially improve power output. Sometimes you actually need more complexity to build a better system. I think turbochargers are a marvel of modern engineering.
And while it's subjective and admittedly more enthusiasts prefer naturally aspirated to turbocharged, I personally prefer the character of a turbocharged engine. I'd rather hear turbo whistles than a whining V10.
> V10
Lmao what
Buy whatever you want. But most people's perceptions of 'reliable' for cars is based entirely on rumors and hearsay and has nothing to do with data. Most awards for reliability are marketing gimmicks and aren't based on useful data.