Hyundai Mobis e-Corner Wheel System "Crab Walking"
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- čas přidán 12. 05. 2023
- Hyundai Mobis, the “parts and service” arm for South Korean automaker, is developing the e-Corner System, or better known as Crab Walking, were all four wheels can pivot 90 degrees, allowing the car to drive perfectly sideways into a parking space.
But driving sideways is not all that it can do, this e-corner system is capable of performing four impressive maneuvers, which are pivot turning, diagonal driving, zero turning, and Crab Walking.
1) Pivot Turn - is where the rear wheels turn 90 degrees opposite of each other to swing the back of the vehicle around.
2) Diagonal Driving - is where all four wheels turn the same direction at an angle while still moving forward
3) Zero Turn - is where the front and rear wheels turn opposite of each other, to perform a spin-in-place turn.
4) Crab Walking - is where the wheels turn side on and can drive sideways either way.
This e-Corner System, is considered the key mobility technology needed for autonomous driving cars, which will allowing them to park and turn much easier than they do now.
This technology may look like some futuristic prototype system that we will never see on the roads, but Hyundai Mobis is looking to start taking orders, and wants to achieve a production unit, by 2025.
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► GMC HUMMER EV Original Video - • HUMMER EV Crab Walking...
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Zero turn and crab walking mode is the best feature!
I hope this becomes the standard norm. Would make a lot of situations easier and safer.
Yeah imagine if that system.fails on the highway. You re.dead in Bout.35 seconds
Why isn't this a major car feature?
It's excellent...
There is a rule: the more weight which have to be spring loaded the less it bounce well.
Might seem excellent now but wait until the repair invoice is presented to you.
I've never parallel parked and don't plan to, but this is still neat to see.
very nice ideas and execution
South Korea definitely needs this; The parking situation is simply insane
This is a revolutionary thing 😮
Pivot turn is drifting on the spot . Very nice invention
Extremely excellent video clips 👍🏻👍🏻👍🏻👍🏻👍🏻👍🏻👍🏻👍🏻👍🏻👍🏻👍🏻❤
the idea has been around for 70+ years but what has changed is the fact its electric and is easy and cheap to manufacture
Amazing. That's what I'm talking about.
Mind-blowing&spinechillingtechnologythankstoyoutube.
It is very useful in parking
when i get a car imma add these goofy sideway wheels and also hydrolic suspensions, i will be having the coolest car in the neighbourhood
Cool
The future is now, old man!
Please Santa. Can I have one for Christmas! 😃
Super hero
Hyundai has been working on in-wheel motor system for more than a decade. But making completely watertight motor case, high price, cooling motors in the wheels, and increased unsprung mass are still some very important issues for the in-wheel motor system.
Took lot of time even when its there during old times
It will give a edge while road rage
Like a car video game 🎮
❤
This is Crazy I’m putting my money on Hyundai 💰💰
I know if this is tesla, majority of you will just start praising it and cry how innovative this is.
abit fasse it needs a gap from curb for the wheels to swivel back
System would be too complex for maintenance, therefore, it is impractical.
Turning 4 wheels at the same time, to achieve 360 rotation, without actually turning the wheel axis, is much much simpler and practical.
Its practical, gas cars are much more complex than this and they are maintained just fine😂
This system will only create a whole new level of road rage, especially here in the U.S.
Why?
@@angrydinosaur8plus9 Because this type of car is extremely maneuverable, and aggressive drives can cut in front of you a lot quicker.
@@bobby1970 I see your point now.
And US roads are pretty wide in general, so this kind of turning ability really isn't so beneficial there.
I agree. It makes driving far less predictable
The funny thing is that this technology was invented in early 1900, just look it up.
There will be off road driving issue on rough roads or damaged by FOB. So, CANNOT be adopted until resolved.
Guarantee my wife would have more than just Rim Rash if she drove this🤦
I wanna see how high speed chases turn out 😂😂😂😂
- To be clear, you're not allowed to use any sort of assistance like this or cruise-control or anything else during a road-test, so you'll still have to learn to parallel-park, 3-point-turns, speed-control, etc.
- 2:14 Yeah, these concepts have been known for decades, but for some reason, car manufacturers never bothered to actually implement them en masse. 🤨 Sure, it might be harder to implement, but it's INFINITELY useful _and safer._ 🤦
Wasnt the original concept to just use spherical tires?
Good idea in theory , but in practise it takes away too much space from the internal of the car. Also the motors are housed in the wheels , this puts extra weight in the wheel area , not good for handling or ride comfort. The concept is good though , there might be another way to achieve a similar outcome
Great, I better start setting aside money for a car that has this. 😅
This implies Hyundai is ready to let you get out of your car and it will find somewhere to park ; then you'll be able to summon it back
This is the kind of technology we need in the modern world, because modern drivers have next to zero driving skill.
But will it do donuts? The zero turn function with 400 hp would be a lot of fun.
It has taken car makers 50 years to do this ?? What have they been doing all these years ?
Anyone else think this will burn through tires a lot faster?
The tyres which stay idle why doing this maneuvers will be worn out faster
Not just that, regular suspension cost about 284$ but 1 motor tire alone will probably run about 2 grand! Eletric breaks arnt cheap not easy to fix.
Yep, first thing I learned in driving school: never turn your steering while standing stil.
@@brehme1971 Exactly
@@brehme1971really?omg I do that all the time
This would be at least a $35,000 USD car
And more realistically a $50,000 car. I don't see this kind of thing being even remotely cheap. Doesn't diminish the value this kind of system has on every day life though.
This is just more that can go wrong and cost thousands to fix
Increase of cost of production, more points of failure, even more expensive maintenance, increased speed of tyre being used...i see no valid reason to use this for a mass production car.
This, in my opinion, shouldn't be common in the automobile industry. You can't say you can't park and have a license, so retake the driver's test if you can't park. The only reason I believe they are good is because this idea is only for disabled or lazy people. What occurs on the off chance that they drive one more vehicle with no e-Corner Framework, what? Additionally, doing that diagonal driving makes it appear suspicious. Saying you can't turn to overtake is like that. In the event that you can't stop or surpass for what reason are you in the public street, you're placing others in danger!
Sure, they can do this mannually anyway but WHY EVEN BOUGHT IT IF YOU WANT IT MANUALLY?
Don't get this the wrong idea, it's very smart but wrong in so many ways
Shut up and take my money!
Ai cant paralell park lol
First:
They have to fix the stupid idea of not mirrored rims. They are still on both sides the same and since they should be efficient to the Wind Flow, on the other side they act like shovels. 🤦♂️
Or people.can just learn how to park
That wont help the people who cant park. Nothing can. Just let AI park for them.
you missed the point, it's designed to work in tandem with AI systems, so AI can park and turn easier.
Tech bullshit for people who shouldn't be allowed to drive a car.
Wheel masses are enormous, lots of suspension geometry for good drive quality can't be implemented, so much expensive technology in the most stressed area of a car. Look to a normal suspension after 10-15 year's. Lot's of stuff is rusted or worn out. If you want to replace a bushing or joint, you have to disassemble so much. 😢
WHY IS IT SO UGLY
Pointless
Um, you really don't see the benefits? 🤨 You don't see how it would reduce the area required for parking and roads? You don't see how it would make it easier to park and reduce accidents while parking or turning around? You don't see how it would reduce risk of spin-outs? 🤦
@@I.____.....__...__ unmmmm no. Yup still no. Because um cities aren’t gonna redo roads just for this and um no you can’t make parking spots smaller because not everyone will buy one of these lol definitely not and um no I see it actually increasing fatal crashes because what’s stopping those wheels from just snapping in a crash instead of UM idk staying straight. If your such a bad driver that you need that much help parking then just don’t drive take the bus. NEXT!
This will add thousands of dollars to parts cost and maintenance
You are 100% correct.