Phones are supported well beyond their average ownership lifetime. In stark contrast, automakers are struggling to work out how long their “smartphones on wheels” can be kept on the road.
And this is why I drive a 1980 Volkswagen rabbit pickup. better gas mileage then modern cars (50mpg+ on the highway) I can replace about any part in it for under a few hundred in most cases even a new engine can be done under 1000. And everything is dead simple to work on no fancy computers or anything.
How about those crumple zones? Feel safe in your passenger cage? Hope you’re shorter than the dashboard in case of a rollover. Don’t have to worry about getting hit by those airbags, do you? Imagine that steering column spearing through your chest
New cars aren’t just about the latest infotainment, gadgets, and design. There have been huge improvements in pollution control and safety. There has also been huge improvements in efficiency, even if they’re masked by the increased weight of safety improvements, increased performance, and generally much larger size. So far a lot of that increased complexity is well worth it - I’ll never have another car without anti-lock brakes
We can’t manufacture our way to using fewer resources.
Why not? Seems like a pretty simple formula: if it costs X amount of resources or pollution to save Y amount of resources or pollution per unit time, the break-even point is whenever Y times time exceeds X.
And this is why I drive a 1980 Volkswagen rabbit pickup. better gas mileage then modern cars (50mpg+ on the highway) I can replace about any part in it for under a few hundred in most cases even a new engine can be done under 1000. And everything is dead simple to work on no fancy computers or anything.
How about those crumple zones? Feel safe in your passenger cage? Hope you’re shorter than the dashboard in case of a rollover. Don’t have to worry about getting hit by those airbags, do you? Imagine that steering column spearing through your chest
New cars aren’t just about the latest infotainment, gadgets, and design. There have been huge improvements in pollution control and safety. There has also been huge improvements in efficiency, even if they’re masked by the increased weight of safety improvements, increased performance, and generally much larger size. So far a lot of that increased complexity is well worth it - I’ll never have another car without anti-lock brakes
Polluting as hell though, or so I imagine?
Even in Sweden catalysators were not mandatory before like 1986 IIRC.
The rest is awesome though 👍😎
And what are the pollution costs of even manufacturing a new vehicle, VS one that’s already in place?
We can’t manufacture our way to using fewer resources.
Why not? Seems like a pretty simple formula: if it costs X amount of resources or pollution to save Y amount of resources or pollution per unit time, the break-even point is whenever Y times time exceeds X.
You can, though. There are many lifecycle analyses using actual data to calculate the tradeoff point.