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NotATroll | 6 years ago
Most car manufacturers have had this figured out for a long time with crumple zones and the like.
> Forget better braking systems that apply themselves automatically
Assisted braking technology is already implemented in some cars. Hell, Tesla implements basically exactly what you're asking for...
> Forget seat belt enhancements since that'll just inhibit nap time in my self driving car.
Teslas don't let you sleep in your car, you have to move the steering wheel periodically to prove you're still paying attention or it'll pull over and shut down.
Also, I'm not quite sure what you're expecting seat belt enhancements to be.
Far be it for me to defend the AI hype, but your "things we should be focusing on instead" don't make much sense when we ARE focusing on them.
wbl|6 years ago
MereInterest|6 years ago
1. Front crash test. Procedure: Crash car into stationary barrier at 35 mph. Is also applicable to face-to-face crash with car of same size, going at same speed.
2. Side crash test. Procedure: Slam concrete block into side of stationary car at 38.5 mph.
3. Side pole test. Procedure: Drag car sideways towards a pole.
4. Rollover resistance. Procedure: Compare the cars footprint to the height of the center of gravity.
The biggest thing to notice is that not one of these metrics involves pedestrians. Metrics 1-3 can be easily improved by making a bigger car, elevating the passengers and providing more crumple room. Metric 4 is unaffected, as the track width is increased to compensate.
If a low sedan hits a pedestrian, the pedestrian rolls over the car, having a lower impulse given over a longer period of time. If a high SUV hits a pedestrian, the pedestrian is knocked back, having a higher impulse given over a shorter period of time. Safety ratings need to account for the danger cars pose to others.
Source: https://www.nhtsa.gov/ratings
Source (SSF): https://www.safetyresearch.net/rollover-stability
krisroadruck|6 years ago
amflare|6 years ago
cavanasm|6 years ago