Exactly on topic: a philosophy paper " Vehicles and Crashes: Why is this Moral Issue Overlooked? " by Douglas Husak. Author argues that because of the high crash incompatibility with other vehicles (and pedestrians), SUV driving is immoral - imposing an oversized amount of harm to others with no proportional safety for self. https://www.jstor.org/stable/23562447
There are three trends: bigger mass, larger sizes and taller vehicles. Which one of the above is the most consequential? I'm guessing height. at 2500 or 5000 lbs, neither is going to be pleasant when you bang in to it. size maybe there is more surface area to get hit by, but that's unlikely to be significant. mass does influence stopping distance though, so that could be, but at the same time we now have large disc b…
Effects of large vehicles on pedestrian and pedal-cyclist injury severity
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Re: Effects of large vehicles on pedestrian and pedal-cyclist injury severity
#22Exactly on topic: a philosophy paper " Vehicles and Crashes: Why is this Moral Issue Overlooked? " by Douglas Husak. Author argues that because of the high crash incompatibility with other vehicles (and pedestrians), SUV driving is immoral - imposing an oversized amount of harm to others with no proportional safety for self. https://www.jstor.org/stable/23562447
You need to have some kind of line that distinguishes moral from immoral, if you can't do that, then your calculation is risk based, not morality.
Re: Effects of large vehicles on pedestrian and pedal-cyclist injury severity
#23I wonder if insurance rates have been adjusted to reflect this. I would assume that being "at fault" for a crash with a fatality would result in a hefty insurance payout....
Long story short is that insurance companies price everything in — that’s how insurance works - rates are based upon actual losses and payouts.
Re: Effects of large vehicles on pedestrian and pedal-cyclist injury severity
#24I wonder if insurance rates have been adjusted to reflect this. I would assume that being "at fault" for a crash with a fatality would result in a hefty insurance payout....
Re: Effects of large vehicles on pedestrian and pedal-cyclist injury severity
#25I wonder if insurance rates have been adjusted to reflect this. I would assume that being "at fault" for a crash with a fatality would result in a hefty insurance payout....
Mandatory minimum insurance limits sure haven't. They've gone up in some states but are still woefully low.
Re: Effects of large vehicles on pedestrian and pedal-cyclist injury severity
#26Exactly on topic: a philosophy paper " Vehicles and Crashes: Why is this Moral Issue Overlooked? " by Douglas Husak. Author argues that because of the high crash incompatibility with other vehicles (and pedestrians), SUV driving is immoral - imposing an oversized amount of harm to others with no proportional safety for self. https://www.jstor.org/stable/23562447
There are three trends: bigger mass, larger sizes and taller vehicles. Which one of the above is the most consequential? I'm guessing height. at 2500 or 5000 lbs, neither is going to be pleasant when you bang in to it. size maybe there is more surface area to get hit by, but that's unlikely to be significant. mass does influence stopping distance though, so that could be, but at the same time we now have large disc b…
60 km/h car will kill you either way, 1 km/h car won't kill you either way, but somewhere in between there's a velocity range where a SUV will kill you and a compact car won't - simply because of the mass difference. I'd argue it's the velocity range in which a lot of collisions happen (especially in city traffic).
Re: Effects of large vehicles on pedestrian and pedal-cyclist injury severity
#27Earlier quoted context omitted.
Mandatory minimum insurance limits sure haven't. They've gone up in some states but are still woefully low.
In California, drivers are only required to have $15,000 liability insurance.
https://www.forbes.com/advisor/car-insurance/uninsured-motor...
Re: Effects of large vehicles on pedestrian and pedal-cyclist injury severity
#28Exactly on topic: a philosophy paper " Vehicles and Crashes: Why is this Moral Issue Overlooked? " by Douglas Husak. Author argues that because of the high crash incompatibility with other vehicles (and pedestrians), SUV driving is immoral - imposing an oversized amount of harm to others with no proportional safety for self. https://www.jstor.org/stable/23562447
Imagine if we had cars that were built like cars from the 80s -- smaller, lightweight, tons of visibility, minimal equipment -- but with modern engine technology and a few of the electronics that don't add much weight, but add a ton of functionality (like 360-degree cameras).
I'll take the road noise, less interior comfort, and all the rest, just for a basic... car.
I'd love to have a modern reboot 80s compact pickup that wasn't a bloated mess like the new Ford Ranger.
Re: Effects of large vehicles on pedestrian and pedal-cyclist injury severity
#29Exactly on topic: a philosophy paper " Vehicles and Crashes: Why is this Moral Issue Overlooked? " by Douglas Husak. Author argues that because of the high crash incompatibility with other vehicles (and pedestrians), SUV driving is immoral - imposing an oversized amount of harm to others with no proportional safety for self. https://www.jstor.org/stable/23562447
Let's say we magically got rid of all SUV's. Then Douglas would find the next largest car and say the same thing. You need to have some kind of line that distinguishes moral from immoral, if you can't do that, then your calculation is risk based, not morality.
Re: Effects of large vehicles on pedestrian and pedal-cyclist injury severity
#30Earlier quoted context omitted.
There are three trends: bigger mass, larger sizes and taller vehicles. Which one of the above is the most consequential? I'm guessing height. at 2500 or 5000 lbs, neither is going to be pleasant when you bang in to it. size maybe there is more surface area to get hit by, but that's unlikely to be significant. mass does influence stopping distance though, so that could be, but at the same time we now have large disc b…
E=mV^2/2 60 km/h car will kill you either way, 1 km/h car won't kill you either way, but somewhere in between there's a velocity range where a SUV will kill you and a compact car won't - simply because of the mass difference. I'd argue it's the velocity range in which a lot of collisions happen (especially in city traffic).