AUTOMOTIVE ECONOMICS and FREEDOM

traffic2Increasingly there are stories and speculations about autonomous, or “self-driving” cars. Upon hearing these stories, many just look at their friends and roll their eyes, as if to say “Yeah, right. Never happen!”
POWER
People are too tightly connected to controlling automotive power, gunning it to pass or enter highways; there is too much alignment with sexual prowess for males, at least, to give up the pilot’s role. Maybe.
Self-driving vehicles hold a lot of promise. Consider overall expense. An ‘SD” vehicle won’t at least initially, be your all-around vehicle. Rather, it would be utilitarian, mostly used for commuting and short-haul shopping missions. Unlike mass-transit, a self-driving car retains independence and privacy for 1 to say, 4 passengers, but doesn’t have to be parked once “work” is reached. It can be electric, of course. Once depositing its commuters it can self-drive to a charging station – like a Roomba vacuum cleaner.
SAFETY
At 3:30, or 4:00, or whatever time the commuters have told it via cell-phone, the vehicle will guide itself to the convenient pick-up spot(s), receive its passengers and head home… or to a sports bar. Commuters could work, play games, watch TV, fool around (just sayin’) or, if not stupid enough, take a hit of ‘medical’ marijuana, all while presenting no threat to other drivers/commuters.
After all, the weakest link in a car or truck is the driver. Self-driving vehicles will offer some positives.
INDEPENDENCE
Not the least of these will be mobility for seniors (or the blind!). No one likes to be the one to tell mom or dad that it’s time to relinquish the keys and stop driving. That’s tantamount to saying stop enjoying independence. A self-driving car extends the “freedom” years for both parents and children. This alone will make autonomous vehicles popular, and keep other drivers safer, too. You watch.
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AND MORE THAN THAT…
Autonomous cars can solve a lot of problems. Imagine every self-driving car having fairly simple radio-frequency communication with all the others within, say 100 yards, and with beacons at intersections. This inter-communication will enable cars to automatically give way to one another at merges and intersections, such that there will be very few reasons for forward progress to totally stop… as it does, constantly, during both “rush” hours and all other hours, when red and green lights “control” drivers to avoid collisions.
INSTANT PUBLIC TRANSPORTATION
Now imagine that for most uses, travelers will simply call for a car via cell-phone. Even for local shopping trips, the drudgery of parking can be avoided. As you check out with your groceries, a car is automatically called for you, meeting you almost at the door of the supermarket. You ride home with your stuff and the car moves off to do another job. Your flashy, powerful, expensive, highly-taxed and rapidly-depreciating (although impressive to others) SUV, remains in its garage-nest, shiny and undamaged. That’s good, right?
Except for the need to stow all the crap we leave in our cars – sometimes for years – not being completely responsible for a “car” can be increasingly attractive.
STAYING RICH
Rather than a $500,000 home – mortgage payment, insurance, upkeep and all – one’s car is the largest expense one carries. Over, say, twenty-five years, a homeowner might spend $30,000 a year for his home and on his home… $750,000, a lot of money. In the same time, he might buy and finance five $30,000 cars… $165,000. Insurance adds another $50,000, maintenance and taxes, gas and sundries, probably another $75,000 – altogether $290,000 (very conservative number).
At the end of the twenty-five years the home will be sold for a million dollars (if not three times that much), while the last car will still be on the road, sucking up expense dollars. Most homeowners will profit on the home, but the car dollars are all gone.
HOW MUCH PER MILE?
Suppose the homeowner travels 20,000 miles a year commuting, shopping and few trips. His average cost per mile is 58 cents, except, well, over the years, he’s also spent $120 a month for parking while at work – another $36,000! Now we’re over 65 cents a mile, despite some of the dollars being for “non-miles.”
What if you could call up a car whenever you needed it, for $500 a month, same amount of miles? To compare, that would be only 30 cents a mile… HALF! The other $150,000 you can keep in your pocket!
Insuring your private vehicle is a function of the extraordinary risk one takes both for himself and his prized possession. You might have a new, ultra-safe, back-up camera’d SUV that has cost you $4,000 before you left the dealer’s lot (taxes, registration, insurance, etc., etc.) and will soon generate monthly payments of $600. The first morning you pull onto the interstate parking lot, where its comforts and sound system are so valuable, and where its appearance can be thoroughly envied, a $500 piece of… crap can drift over the line as its driver reads the paper, texts or reaches for another doughnut, and pretty well ruin the driver’s side of your polished beauty. You can imagine your own feelings without my help.
In an instant you will appreciate the economy and efficiency of autonomous vehicles for commuting purposes, if for nothing else.
WHY YOU’RE GLAD YOU LEARNED LOGARITHMS
We can imagine, as autonomous vehicles gain numbers and acceptance, that only one lane, the “breakdown” lane will be designated for them at first. They will travel at no more than 40 miles per hour, automatically giving way to private cars that signal for exits. The blinker itself or a radio beacon it turns on will tell the “AV” that will create space for the exit turn, of the need to do so, and through virtually instant communication with the AVs behind it, a slight reduction in speed is smoothly achieved logarithmically back down the line, as is smooth acceleration back to normal.
Along with other automatic adaptations to traffic conditions, the ride-sharing (or not) commuters in the AVs will arrive at the destination for each in about half the time as all those individually impressive, singularly occupied, driver/commuters will. Better still, they won’t have to find parking – or pay for it.
SHARED CONTROL
Now let’s imagine that most of the vehicles on the Interstate are autonomous and happily communicating with the dozens of other AVs that are nearby. Let’s extend that to all cars being required to have a couple of basic transponders so that “special-license” drivers can’t screw up the works. Now manually-operated and autonomous vehicles can share the road, even to the point that the AVs can “scatter,” so to speak, whenever a “ManOp” does the wrong thing. If it’s something really foolish, or dangerous, all the vehicles around the offender will “know” who the offender was – at least what the ‘numbers’ of his vehicle were.
RISK
AVs will cost a lot less. With fairly simple RFID chips in every vehicle, there won’t have to be on-board radars, back-up cameras, etc. (that may not be paid-attention to). Those suckers are expensive. Plus the cost of insurance will be very low and cost in dollars and suffering will be almost eliminated. That is the best part. Medical care (some quite dramatic) resulting from automobile accidents, is just as expensive as for other reasons.
This is disruptive technology. The phase it is going through, now, is going to be brief. All the automatic safety and silly systems (like automatic parallel parking), that owners love to show off, will become superfluous in large part, when there is no need to park, among other things.
NEW-CITY
Imagine the people-positive effects of not having millions of cars parking in our cities and towns.
Drunk-driving, drugged-driving, texting, reading, applying makeup and eating breakfast on the commute, will all become safe to do! How cool is that? Streets and interstates can be smaller, believe it or not, instead of constantly become larger, more costly, ugly and dangerous. We won’t need as many police, either, since the number of accidents will decline markedly, and insurance will cost a lot less.
When you start to consider all the crap we put up with to maintain private, manually-driven cars – and trucks – the day when true transportation arrives, can’t be too soon. I didn’t even mention the first teen-age solo…

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