Urbee's approach to maximum miles per gallon starts with lightweight construction - something that 3-D printing is particularly well suited for. The designers were able to focus more on the optimal automobile physics, rather than working to install a hyper efficient motor in a heavy steel-body automobile. As the Urbee shows, making a car with this technology has a slew of beneficial side effects.
Since when have Eco cars looked good?
They're talking about trying for 290mpg on ethanol here! Epic
As long as 3D printing can be sped up this could be an awesome alternative for vehicles.
Well except for the fact that all the plastic used in production of the car is probably worse for the environment than the metal counterpart.
"The whole car - which is about 10 feet long - takes about 2,500 hours."
A plastic mold like this wouldn't be expensive to commercially produce. It's made of 50 plastic pieces, so it's not any less complicated than a traditionally fabbed shell would be either. The electronics and mechanical components of the car will still have to be done with traditional methods, and of course this is where the real cost comes from. Simply put, even if the plastic shell was free it wouldn't be that much cheaper to produce a tiny "car" like this.
Why use a heavier diesel over a small turbocharged gas engine? That seems counterproductive.
The other thing that comes to mind is how plastic shatters instead of stretching to the point of tearing, especially in colder weather. That should make for some interesting NHSTA testing.
And the whole registering it as a motorcycle is limiting their market even further.
While 3D printing is still slow and expensive not to mention very limited in materials it is the future. Perhaps it will take 50 year or a 100 but there will be a day when you can 3D print almost anything. It will be a god send to people in the restoration business. Need a 66' hemi intake manifold. Just print the damn thing at your local printing shop
Please elaborate on your incredibly vague comment. This is not garbage at all. While it may not be practical at the moment the technology is still very young relatively and it has already come a LONG way. Given another 10-20 years this technology could have improve to the point where this is actually viable.
This is more of a "proof of concept" where they are saying, "hey we can do this, now we just need to make the process faster and more efficient."
Looking forward to more improvements in 3D printing!
Well this is pretty cool, the precision is much higher then actual production since it's formed as one piece. Now 3d print using aluminum and you can print literally anything you could ever want or need.
Clarkson? I would embarrass this car. I'm 6'4, and extremely lanky. Getting comfortable in any car let alone that is hard enough. My legs are probably half the length of that car alone.
Why use a heavier diesel over a small turbocharged gas engine? That seems counterproductive.
The other thing that comes to mind is how plastic shatters instead of stretching to the point of tearing, especially in colder weather. That should make for some interesting NHSTA testing.
And the whole registering it as a motorcycle is limiting their market even further.
How would this be legal if your not allowed to use Carbon Fiber? I though Carbon Fiber was significant stronger than this and very light as well.
Also, its so impractical... And imagine getting into a head on collision with an SUV. Insta death for the guy in this little thing... a nice jump for the SUV? lol
I dunno... seems more like a project where "we did it cause we can!" Perhaps, like a lot of impractical ideas, parts of the idea can be used to improve practical designs. So I guess at least its a "fresh" idea and innovating to a degree. Which we need more of.
How would this be legal if your not allowed to use Carbon Fiber? I though Carbon Fiber was significant stronger than this and very light as well.
Also, its so impractical... And imagine getting into a head on collision with an SUV. Insta death for the guy in this little thing... a nice jump for the SUV? lol
I dunno... seems more like a project where "we did it cause we can!" Perhaps, like a lot of impractical ideas, parts of the idea can be used to improve practical designs. So I guess at least its a "fresh" idea and innovating to a degree. Which we need more of.
Since when has carbon fiber been illegal?? There are road legal sports car like ferraris and zonda's for example are made form carbon fiber. The corvette has been using a fiberglass body for almost a century. It does not mater what the car is made of be it, steel, aluminium, plastic, or indeed carbon fiber. What maters is that the car clears minim safety standards of the country its been sold in.
Also due to its size and weight in the eyes of the laws this "car" will be treated as a motorcycle or a ATV meaning it doesn't need to follow the same laws and regulations as a full sized car.
Clarkson? I would embarrass this car. I'm 6'4, and extremely lanky. Getting comfortable in any car let alone that is hard enough. My legs are probably half the length of that car alone.
Since when has carbon fiber been illegal?? There are road legal sports car like ferraris and zonda's for example are made form carbon fiber. The corvette has been using a fiberglass body for almost a century. It does not mater what the car is made of be it, steel, aluminium, plastic, or indeed carbon fiber. What maters is that the car clears minim safety standards of the country its been sold in.
Also due to its size and weight in the eyes of the laws this "car" will be treated as a motorcycle or a ATV meaning it doesn't need to follow the same laws and regulations as a full sized car.
Diesel engines are typically iron blocks, so they're heavier. Diesels are also more expensive than gasoline engines. Also, in my area diesel fuel is more expensive.
All in all using diesel is more expensive when considering how long the average person keeps their vehicle.
Diesel engines are typically iron blocks, so they're heavier. Diesels are also more expensive than gasoline engines. Also, in my area diesel fuel is more expensive.
All in all using diesel is more expensive when considering how long the average person keeps their vehicle.
This will probably be the future of automotive design for smaller vehicles used in an urban environment.
3D plastic molding is becoming cheaper by the month and something like this should be common place within 5-7 years at the current pace of development for a price of a few $K.
If designed correctly by a competent engineer, thermally molded plastic is stronger then most metals, more resistant to damage, fatigue and cracking.
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