It's more boring than stressfull to me...
I have had adaptive cruise control (matched speed and maintained distance to vehicle in front) and found it very useful at times.
Take the bus, ride the train.
The self driving Uber that hit the cyclist saw the issue however the car never braked as the system was not allowed to perform emergency braking, only slowed the car by 4 mph. The "driver" who should have braked was watching a screen on the consule instead of the road.
Of course - the average person is not that self aware. They think they are awesome and above average driver.
There's nothing in your post I disagree with - I just don't see AV as the answer. An AV is nothing more than a taxi, a cab or an Uber. If this is all about giving more freedom to people to get comfortably from A to B, door to door at a click of a button and enjoy the same 'freedom' others have by using their car - it's called using a taxi. Where's the benefit of an AV over an Uber?henry wrote: ↑07 May 2019, 20:36There are many “freedoms” in play. Pedestrians and cyclists may want the freedom to share the travel network with other transport users. Those who can’t drive, through infirmity or age or whatever, might want the freedom that those who can enjoy. None of these groups are easy to monetise, not at the rate that would make them attractive to investors in AVs any way.
Maybe cyclists and pedestrians might need to carry a beacon if they want to share space with cars. Mobile phones are sometimes used for this now. Not carrying a beacon might carry the same penalties as jaywalking today. In addition to injury or death that is. A restriction on their freedom.
Similar figure for the Airbus that glided in to the Azores after a fuel leak left them without engines. 120km of glide from an altitude of 10km (33,000ft). Had to S-turn to lose height at the end so the glide figure was better than 12:1 in the end. It probably helped that the captain was a glider pilot in his spare time...Greg Locock wrote: ↑08 May 2019, 05:44Strad, estimated glide slope of the Gimli Glider was 12:1, a lot more than your 3:1
That is amazing.Just_a_fan wrote: ↑08 May 2019, 12:59Similar figure for the Airbus that glided in to the Azores after a fuel leak left them without engines. 120km of glide from an altitude of 10km (33,000ft). Had to S-turn to lose height at the end so the glide figure was better than 12:1 in the end. It probably helped that the captain was a glider pilot in his spare time...Greg Locock wrote: ↑08 May 2019, 05:44Strad, estimated glide slope of the Gimli Glider was 12:1, a lot more than your 3:1
Gliding in helicopters can best be summarised by the word: DOWN!
They designed such on I5 from L.A. to San Diego years ago. It worked with magnets imbedded in the road and cars could cruise safely almost bumper to bumper at 80 mph ,but it was deemed too expensive to build and to incorporate into cars.I can even imagine a future where on designated highways AV could work where the road is built in a way to minimize the risk of unpredictable
True, but otoh the most common accident by far is exactly that, when people don´t pay attention and crash with the car in front