Let's say an expensive self-driving car is around $100,000 new, even buying that car used 3 years later would be out of the budget for many people.
Let's say an expensive self-driving car is around $100,000 new, even buying that car used 3 years later would be out of the budget for many people.
Self-driving cars will be expensive because they will be marketed as a premium product to maximize profit.
Sometimes public service must trump? Disclaimer: I live in Sweden, so my perspective may offend you ;)
http://www.investopedia.com/ask/answers/101314/what-differen...
My point is the BoM of self-driving sensors and cpus for a car is not actually that great. The new Teslas and Volvos don't have fancy lidar scanners like the Google cars have.
The other day I was passenger in a automatic-breaking-at-intersections Volvo. We did not put that to the test. But its 'just' higher-precision parking sensors that are cheap and ubiquitous now.
When the automobile was first invented it would have seemed implausible for it to be accessible and (relatively) affordable to everyone. Look at where we are now.
Yes, but there is an expected near-to-medium-term price floor on the sorts of good sensing equipment that such cars will require, not to mention certified (and patent-encumbered) software to fuse that data and turn it into useful and safe action.
This is stuff that you don't want to cheap out on; it's how the car sees and operates safely!
Practically speaking you could government subsidize the software which is a respectable policy in Europe, and that would foster competition and drive the prices down.
You have this backward. The reason entrepreneurs often start with premium products is because you can extract more money from rich people and use that to pay product development costs. Developing self-driving cars is extremely expensive, and it will be for quite a while. The costs will eventually fall, but as with personal computers, it will take a while to figure out how to do that.
If you really had cars that could self-drive and the technology was effectively free, then the profit-maximization strategy wouldn't be to sell Teslas, it would be to sell them to everybody. Tesla is selling maybe 10k cars per year. Even a $20k premium for self driving is only $200m. But the total US car market is 7 million or so. If you could get just an extra $1000, that would be $7,000m dollars in profit.
Think of it as a fleet of autonomous taxis operating at very low cost.
Imagine this: where you pay per the minute or hour for location to location driving, at a rate that is a multiple of owning it yourself. And for the poverty, low, and middle income classes, car ownership is unattainable.
Or if you are late on your car payment and the car drives back to the lot.
It turns out I paid appreciably less than the self-owned car model by getting an unlimited public transportation pass and using self-driving cars when I didn't feel like riding a bus or tram. Something like 40% less, I don't remember exactly now. I'd previously been driving a 7 year old Ford, so it's not like I'm comparing it to something lux.
Also, you won't have traditional car payments to be late on if it's all Just in Time provisioning and service.
It's all about overlapping layers of service though. Private ownership will make sense for some. Never owning will as well. Robust bus networks, trams/trains in very dense established areas, self-driving (or at least shared economy) cars, and lastly private-owned vehicles all converge to provide a more accessible means of public transportation.
Now, it may be of the opinion that these people don't matter. And effectively, they have roughly a 0% economic impact.
Now, prices will be driven down. But so will wages and job losses due to more automation. These people in the lowest segments will be separated their transportation via the ways I mentioned.
Now, are less vehicles on the road good? Possibly. However if the public transportation isn't able to handle it, and these auto-Ubers are too expensive, then it's like having no transportation.
If automated repossession were effective, that would drive down car ownership costs (specifically, finance charges) in a competitive market, since it would reduce the risk of loss which is part of the cost of financing, particularly for people with the worst credit condition (for whom the risk of loss for the financing firm poses a higher portion of the financing costs than other borrowers.)