Toyota Offers Automatic Parallel Parking Option
dstone writes "For drivers who can't parallel park very well, relief is available in Japan. Toyota Motor Corp. is offering a $2,200 option package for its Prius (a gas-electric hybrid car) that includes a computer imaging system which stuffs your car into parallel parking spaces on demand. The driver must manually initiate the process and control the brakes while the car steers in reverse. Some might say if you can't master parallel parking, perhaps you shouldn't be driving. However, the article at Modbee.com points out that in Japan, streets are jammed and parallel parking spaces can be ruthlessly small. 80% of Prius customers have opted for this package. But will the car plug the meter when I run out of time?"
Still interesting and all but old as the hills. The technology is even older than Toyota's products as well, handicapped conventions have had similar systems for years.
vampirical
Alot of the cars now come with a sensor that alrets the driver when aproaching the the car behind. Couldnt the automatic parking system make use of this? and therefore fully automate the process.
I guess learning how to do things on your own is going the way of the do-do bird, so to speak.
Slashdot: Where people pretend to be twice as smart as they really are by behaving like children.
. . . is there a program that helps you to get out of that parking space?
I mean it's all very well being able to cram yourself into a tight parking space, but getting out might just be a bit trickier.
Reminds me of a comment made to my wife (English) while she was a student in the USA. She reversed into a parking bay at the mall, and was congratulated. "You must be British" they said "an American wouldn't be able to park in reverse".
Now before you all toast me, I don't hold this to be a general truth. But European cars are smaller and parking bays are often more crowded than their North American counterparts. And I'm led to believe this could be even more so in Japan.
So yay to anything that helps you parallel park in a confined space.
...it could turn all four wheels 90 degrees.
"Prove all things; hold fast that which is good." [KJV: I Thessalonians 5:21]
Will the insurance company pick it up if you (I mean it) damages another car?
In the US, these have to pass some stern Government inspection and testing before they are allowed on the road. I don't think I want the liability.
Is parking really that hard? Are people really that stupid and lazy?
HOW'S MY POSTING? CALL 1-800-POSTING
Its bloody hard to parallel park when your pissed :)
Seriously, this is just one step closer to the car that drives itself - its going to take a long time for the public and the laws to allow this to happen, but eventually it will happen.
You can't expect to wield supreme executive power, just because some watery tart threw a sword at you
But will the car plug the meter when I run out of time?
Why not. This would be technically trivial. You modify the parking meter to have rfid sensors just like those toll booths. So you pull up to the thing and it just starts charging your parking account. You leave, it stops. No more getting angry because you left 1hr for the other guy. Or realizing that you didn't bring any quarters with you. Or running out in the middle of a meeting to stuff the meter.
Best solution I saw once to the problem of parallel parking, was a car with a set of small wheels which could be lowered when you wanted to park. They were mounted 90 degrees to the main wheels, so you drew up next to the place you wanted to park, dropped the wheels and "drove" in sideways.
;)
Of course the Italians won't need this device, if the space isn't big enough they tend to ram the other cars until it is
Philip
Signatures are broken
And now for the major limitation: The system works only in situations where the car can continuously back up into a space -- not for those tight spots where you must inch your way into a space by going back and forth, wrestling with the wheel.
;)
:)
I'm not sure about the physics involved, but my experience tells me that the going back and forth technique seems to have rather diminishing returns... often I find that redoing the whole thing (driving back out on the street and revising my entrance vector) is more worthwhile. The fact that most cars only have wheels which turn in the front could be significant.
So maybe the major limitation is not that major after all? I might be seriously wrong though
PS. Offtopic sidenote: It's nice to see the Linux big boys in here with random Finnish coders like myself
.: Max Romantschuk
"But if it fails by ramming something, then would you not be in the same realm as the possessed cruise control?"
Not really. If the parking system ran over someone while operating normally its no different to you having the cruise on doing 65 and not
braking if someone steps out into the road. The car is just operating normally, YOU are who is in control of the machine and its YOUR responsibility to operate it correctly.
Bad analogy. With cruise control, you still have to monitor the car- 65 may be too fast (or too slow) to be safe in traffic conditions. The parking automation is the same. Figuring out who to blame would come down to the particulars of the case, but there would be major lawsuits.
I still have more fans than freaks. WTF is wrong with you people?
You know, you could just grab a couple of chairs, go to a parking lot, and practice for 30 minutes. Assuming you still have intact chairs, you should be able to parallel park just fine for the rest of your life. It's not that hard, but maybe some people would rather spend a few thousand dollars than 30 minutes learning something.
I've heard that some drivers training instructors are using toy cars to demonstrate how parallel parking works; some people can have a hard time visualizing it. I think the problem is that cars steer radically different when in reverse than when they're going forwards; this could be why some people have trouble backing up in general.
BMW is coming out with this option in a few years as well. Along with their Active Cruise control and Active steering this is a welcomed option.
100% Insightful
The Volkswagen automatic parking system of a decade ago was better.
What's really needed are low-cost 3D imaging laser rangefinders, to get an unambiguous picture of the nearby obstacles. Such devices are quite possible if there's a market for them. Today's laser rangefinders are big and clunky, but that's due to the tiny size of the market.
It's coming. Two no-moving-parts 3D laser rangefinders exist in prototype right now. One is too low power and doesn't have enough range. The other is too high power and isn't eye-safe (the application is antiaircraft missile guidance.) In a few years, this technology should filter down to the robotics and automotive communities.