Transportation Designs For a Future That Never Came 120
An anonymous reader writes "The recently unveiled plans for the Hyperloop have raised a lot of eyebrows, but this is not the first time someone has proposed an idea for mass transit that seemed too good to be true. Here's a look at a few other ideas over the years that never seemed to get off the ground. 'In 1930, the magazine Modern Mechanix presented a plan for a "unique bus of the future (that would) duplicate the speed of railroads. Recent developments in everything that moves has caused many flights of imagination," it wrote. "The bus between New York and San Francisco will be equipped with airplanes for (side trips). For diversion, billiard rooms, swimming pool, dancing floor and a bridle path would be available. The pilot would be 'enthroned' over his engines, with the radio above. Space for autos would be afforded by the deck." Not surprisingly, it never happened.'"
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Didn't they happen? Take out the billiard rooms, dance floors, and bridle paths, and you end up with a jumbo jet. In fact, it not only duplicates the speed of railroads, it goes much faster, and it isn't on a rail.
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It's a little smaller than a regular bus but very fast, it can run on regular roads but is designed to run on it's own 'track': http://www.thenational.ae/news/uae-news/transport/high-speed-superbus-debuts-in-dubai [thenational.ae]
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The real joke of it all is that we have, or had, and few of the vehicles listed. They just didn't look exactly like the artists rendition on the cover of PopSci.
Submerged floating tunnel (Score:2)
Actually, a submerged floating tunnel sounds kind of doable.
There's no technical reason why something like this can't be done. There's lots of other reasons, though.
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Physics is a bitch. There's a *lot* of water in the ocean, and a 3 kt current is a hell of a lot more energy than the combined nuclear weapons of the world.
Re:Submerged floating tunnel (Score:5, Informative)
No. Ocean engineer here. Currents have a lot of power (not energy, but power), but unless you mean the whole Gulf Stream, or a very long time period, the energy of the world's nuclear weapons is greater still. But it's kind of hard to argue with someone that isn't consistent with units.
Two ACs arguing about the energy content of ocean currents vs energy content of nuclear weapons, with neither one putting up a single number to back themselves up. Tsk tsk.
Lets see: total world nuclear arsenal currently about 6400 megatons, or 2.7 x 10^18 J. Gulf stream volume 150 million cubic meters/sec at Newfoundland (1.5 x 10^11 kg/sec), speed 2 kt, or 4 m/sec. Kinetic power of stream = 1.2 x 10^12 J/sec. Number of seconds for the kinetic energy of the Gulf Stream to equal the nuclear arsenals = 2.25 million, or 26 days. Is that a "very long time"?
But wait, there's more! The heat transport of the Gulf Stream is 1.2 x 10^15 J/sec, a figure 1000 times larger than its kinetic energy, so the time for the Gulf Stream flow to transport a "world nuclear arsenal" worth of energy is only 2250 seconds, or 38 minutes.
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So, in other words, the second AC was right.
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Any idea how long you could continue to extract this level of power from the Gulf Stream? Wouldn't the resulting disruption of weather patterns change the stream?
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The shortest way... is through the planet's core. Tunnel boring machines, a little slow, but eventually your carcass will get there. Whether you're still living in it is for a different thread.
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You wouldn't want to do that even if you could. Besides the issues of heat, you'd have to worry about plate tectonics. Not to mention that it would take centuries at the rate we currently excavate. Around here we've had several different deep bore tunnels being dug, I think for a total of about 100 miles between them, and they don't excavate more than about 7.5 meters per day.
And that's at the surface, without having to worry about the increased pressure of being deep within the earth's core.
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Plate tectonics, on a human timescale, isn't really worth worrying about. It's the low physical strength of some of the layers involved, particularly the asthenosphere (Greek : "no-strength sphere"). Within hours of cutting the tunnel (with your Unobtanium heat shield etc), the walls would be falling in on you. It's rather like cutting a tunnel through liquid mud or a plastic clay formation - you'd have to line the borehole continuously, w
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(with your Unobtanium heat shield etc)
Hmm I think Obscurium or Nonfoundium alloys would be better choices in such contexts.
Just sayin'
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I use Obscurium and Nonfoundium wire to scour the crack residues out of my pipe, to avoid scratching it's hologram-polished surface.
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Tunnel boring machines, a little slow
But if we tunnelled exciting machines, it could be much faster.
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That would only work if the planet was hollow. The core is where most of the mass is, and it also happens to be very hot. If we had the technology to build a tunnel through that, we could build our own planets.
Re:Submerged floating tunnel (Score:4, Interesting)
I know just the place for it, in terms of technical desirability.
Lake Washington, next to Seattle, has two pontoon bridges. The surface is a bad place for them because they're vulnerable to the regions occasional but fierce windstorms. The lakebed is too deep and mucky to be good for construction (which is why they are pontoon bridges).
I don't know how bad currents get in a lake.
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> I don't know how bad currents get in a lake.
Magnets.
You're welcome.
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Re:Submerged floating tunnel (Score:4, Interesting)
The biggest energy expense in fast travel is air resistance so the idea of a (partially) vacuum tunnel is only logic.
With these speeds a trip doesn't take long and having a relatively small thus cramped cabin is less of an issue.
The problems with Eminent Domain, a total distrust of government etc. will probably make such a system, under- or above ground, not likely to be pioneered in the US but in places like China or even Europe.
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Over the years working thinking this stuff out what I come up with is there is a huge leap in cost once you shift from static compression structures made of found materials to engineered tension structures. An example a road made of crushed stone, very cheap requires little maintenance, and the maintenance you do have to do is proportional to the usage. Compare with bridge, made of steel, requires vast amounts of maintenance to keep it from decaying. And after 50-100 years it's in bad shape no matter. Tunn
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>There's no technical reason why something like this can't be done. There's lots of other reasons, though.
You mean like the fact that "submerged floating" is an oxymoron ?
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A submerged tunnel can be floating or non-floating (i.e. on the sea bed). No oxymoron.
Wrong approach (Score:5, Funny)
We don't need boondoggles and fanciful transportation methods that don't pan out. All we need is: the power of our mind.
Close your eyes. Pretend you're surrounded by pretentious rich assholes. Bingo, you're in LA. Total cost: $0. Total time: 15 seconds.
Ok, now close your eyes. Pretend you're surrounded by hipsters and leather deviants. Bang. San Francisco. Ding Ding, you can even hear the trolley and smell the homeless guy peeing.
Comment removed (Score:5, Funny)
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Close your eyes. Pretend you're surrounded by pretentious rich assholes. Bingo, you're in LA. Total cost: $0. Total time: 15 seconds.
HALEP! I ended up in a conference room at Oracle with Larry Ellison! :'(
Lucky you.
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Just wear leather and pee. Trust me on this.
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Meh. I just use Google streetview. Don't even need a poweful mind for that.
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Close your eyes. Pretend you're surrounded by pretentious rich assholes. Bingo, you're in LA. Total cost: $0. Total time: 15 seconds.
No, I ended up in the Capital Building on the House floor. Gotta run, the police are coming for me now.
Rolling Roads (Score:2)
Has anybody come up with the rolling roads concept again? Kinda like those moving sidewalks at airports but on a gigantic scale.
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sorry, but we don't even have the technology to make an escalator that stands up having 10% of its length exposed to the elements in the midwest. (Eyewitness testimony of subway commuter in large city)
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no, that's not how they roll in this city for mass transit expenses. vendors and contractors get preferential treatment for certain reasons. This is top of the line model rated for outdoor (but covered) use from the #1 manufacturer on the planet.
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KONE?
it's superduper rare to see even covered outdoor escalators in finland.
but then again, if you were building escalator roads you might just as well cover them... I'd love 'em. fuck snow.
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KONE has 18% of global market in escalators and elevators (that's huge) but Otis still dominates.
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There was a project in the 90s in Altoona, PA for a moving sidewalk.
Lets all point and laugh (Score:2)
At the old magazine covers from the 40's, that was awesome, we are so better than they were right?
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First paragraph of TFA:
US entrepreneur Elon Musk recently unveiled plans for a train that would travel at speeds of up to 1,200 kilometers an hour. As promising as his design might be, skeptics would argue he's merely continuing a long tradition of revolutionary transit concepts which inevitably end up thwarted by reality.
In other words, the article is drawing attention to the idea that current visions of the future might be just as infeasible as those shown in the article.
Re: Lets all point and laugh (Score:1)
The past future was awesome. The future future sucks.
Great ideas are out there. (Score:2, Insightful)
There are plenty of great ideas - many of which are feasible from an engineering only standpoint.
But when you factor in economic viability, that's when you run into problems. And when it comes to publicly sponsored projects, then you run into the inevitable cost "overruns" and mismanagement.
That's something I never got, how is it that a company can bid on a project, win based on that bid, and end up making whatever the hell they want to in the end - See "Big Dig" in Boston and every other municipal projec
Re:Great ideas are out there. (Score:4, Interesting)
It is not necessarily corruption, it is a natural result of people being tasked with spending other people's money. They don't have to be actually receiving bribes, they just don't have an incentive to be super careful with it. This is why a congressman will casually vote for spending say $500 million of public money, usually without even reading the bill, whereas there is no way in hell he would spend even $5 of his own money without being convinced that he is getting a good deal for it.
Re:Great ideas are out there. (Score:5, Insightful)
What you are describing IS corruption. It doesnt have to be bribe-taking. The fact that you can describe it so clearly and NOT call it corruption is symptomatic of our real problem here.
Fix your political system. (Score:2)
And having worked in the private sector and moved up quite a bit over the years, it's just as bad there if not worse. I've watched companies waste billions just so nobody has to admit they wasted billions (e.g. not take the write off).
We had to ride horses for thousands of years (Score:1)
Some things progress very slowly. And with politics being such a big obstacle, not much is going to happen any time soon.
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Yeah, that's right. I was advocating bringing back some 80 year old fanciful dream to replace our incredibly safe, reliable (despite its fragility) system we employ today. What was I thinking? Let's just call the whole thing off and head to the beach.
*Amazing*
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In the most cases, the role of politics is either completely misunderstood, or greatly exaggerated. There are much more simple processes at work. Some of the ideas might have been really good, but for every good concept, there are two adversaries: the one, that is better, and the other one, that is good enough. Having an idea that is really at the sweet spot of being feasable and being between being really better than the current state of affairs, and not being outcompeted
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Politics: (from Greek: politikos, meaning "of, for, or relating to citizens") is the practice and theory of influencing other people on a civic or individual level. (From wiki, because, what the hell)
I'm sorry, I just got done with another guy who thinks I don't understand the common meaning of words. Two times in one day is a bit much.
Too good to be true? (Score:2)
You mean like mass produced electric cars? Or maybe reusable rockets :-/
Elon Musk does his homework.
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Precisely. What I'm wondering about is how scalable is this, and what are the maintenance costs going to be on maintaining a depressurized tube. Granted it won't be a complete vacuum, but you still have to maintain it.
Don't get me wrong, I'd love for this to be feasible, I just have my doubts about that. It's a crap load of expense to replace something that we already know how to build, but doesn't particularly promise to be a stepping stone to anything beyond either.
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Do find out how many passengers his hyperloop can transport per hour.
Apparently 3,360 per tube. I can't actually find any numbers on how many per hour a conventional train carries. I'll try guessing. We're talking about Los Angeles to San Francisco, so the existing trains take about six hours, or 12 times longer than the hyperloop would take. So, the distance is about 382 miles, and we'll divide that by six to get 63.66 miles or 336,125 feet. Cut that by 1% since we'll need an engine every 100 cars or so and we have 332764. We'll call a passenger car 85 feet including linkag
Nice (Score:1)
Goddard's "turbine driven by rocket blast" is essentially a jet engine, just outboard. What a genius.
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Or these days (high-bypass)Turbofan.
Mass transit (Score:3)
Even those ideas for mass transit that did work out are not always a success.
It appears to be difficult to predict the usage of such a network.
We got a highspeed rail line but nobody is using it. Existing connections had to
be terminated before some people forcefully started using this train (at higher tariffs).
And specially built trains that were ordered for a lower priced service were a total disaster.
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What highspeed rail where? I'm pretty sure people use the one they have in Europe, I'm pretty sure people are using the one in China. We don't have any in the US, which is why nobody uses them.
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Highspeed rail in the Netherlands. We have a small country, so when a highspeed rail
is constructed every city wants a stop along it, and cities are only 30km apart here.
Furthermore, when they ask me "would you take the highspeed rail to Paris" I probably
would answer yes, but it would not be more often than once every 2 years or so. Not a
basis for a regular train service.
So what we got was a highspeed rail with a surcharge, nobody using it so they had to
stop the regular service to force the users over to
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With that many stops, could staggering them be the way to go? Run 3 small trains at a time instead of 1 big one and each one stops at every 3rd regular stop. If they all take the same amount of time at each stop along the way, they could all travel much much faster - effectively the stops are now 90km apart for each train, and each makes only 1/3rd as many stops. Scale to 4 or 5 trains to have a *really* high speed rail that still services everyone.
Just make sure you get on the *right* train.
Network effects (Score:2)
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A nuclear powered bus built for cross country trips. The Big Bus [wikipedia.org]
The Big Bus [youtube.com] is great. But Supertrain [youtube.com] is funny for other reasons.
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But Supertrain [youtube.com] is funny for other reasons.
Bus Image (Score:3, Informative)
Buses and the future that never came (Score:4, Insightful)
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Why would they do that? It seems that generally the people deciding to build roads to the middle of nowhere just so happen to either own the land there, or have financial interests in the development companies who do.
Urbam legends. (Score:2)
The displacement of the inexpensive, efficient and reliable urban transportation known as "street cars" by diesel-powered buses was one of the gravest errors in urban planning.
The streetcar wasn't all that efficient, cheap or reliable.
The humble Ford Model T cost about 1 cent a mile to operate --- in an era when a streetcar ticket cost 5 cents. The Ford provided portal to portal service for a family of five plus dog and cargo.
You could shop the big downtown department stores, take in a movie, buy your groceries at the new A&P. Unless you were shopping for something like a piano or a sofa you would never again see a surcharge for merchant home delivery. The savings added u
Re:Urbam legends. (Score:5, Insightful)
Operating costs include not just gasoline but also maintenance, insurance, registration, and parking.
Other costs of owning a car include depreciation, loan servicing, and the opportunity cost of capital.
And then there are hidden costs such as air pollution [fullerton.edu], carbon emissions, the urban heat island effect, sales and property taxes to build and maintain the roads [pewstates.org], and the loss of freedom (and loss of capital utility) to own a home or business without the government forcing you to overbuild your parking lot.
Far fewer people would drive if not for all of these government incentives and coercion to drive.
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Operating costs include not just gasoline but also maintenance, insurance, registration, and parking. Other costs of owning a car include depreciation, loan servicing, and the opportunity cost of capital.
True now. True then.
But no matter how you cherry pick the numbers, the Ford Model T was still dirt cheap transportation, versatile and affordable. Hobbyist and commercial conversions became legendary: pick-up trucks, delivery vans, lunch wagons, tractors, you name it.
You cannot escape the expense of building and maintaining a road; even in its prime, the streetcar shared the lanes with an extraordinary amount of traffic.
The old time streetcar is nostalgic urban fantasy.
The reality was more like this: htt [levyrapidtransit.ca]
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http://en.wikipedia.org/wiki/General_Motors_streetcar_conspiracy [wikipedia.org]
but... (Score:2)
Quite a few of the images there includes technology that we use in transportation today...
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The funny thing about these plans is that back then they understood that people were not going to give up their car.
These days nobody bothers to try and figure out how to get the car into the mass transport system anymore, then they whine when everyone would rather drive.
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These days nobody bothers to try and figure out how to get the car into the mass transport system anymore, then they whine when everyone would rather drive.
The problem is that today we have such a broad variety of cars. If we mandated them down to a smaller size with uniform attachment points we might load them onto trains. Or, the problem is that we don't have room for lots of parking in the places where we'd need it. Etc.
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Sounds like The Who's failed Lifehouse album.
Favorite part of the hyperloop photo... (Score:2)
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There's swimvests on planes too -- please look up for me a few examples of situations where those have saved lives ?
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There's swim vests on planes too -- please look up for me a few examples of situations where those have saved lives ?
Reminds me of an old joke about a Lufthansa flight about to "land" in the ocean - told in a heavy German accent, of course. Over the intercom, the pilot says for those passengers that can swim to get on the left side of the plane with their vests on and, after the plans lands, to swim out to the rafts, then says, "and for those passengers that cannot swim... thank you for flying Lufthansa Airlines."
The logic is solid as the idea is simplifying (Score:1)
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Everything Old Is New Again (Score:2)
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Created by Alfred Ely Beach, people ...
So Beach created not only the subway system, but also the people to ride in it? He must have been a very busy guy.
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When they discovered it during excavation, was it full of pinkish psychoreactive slime flowing towards the Metropolitan Museum of Art? Did the excavators get put on trial for violating their judicial restraining order?
We squandered our future. (Score:1)
As a 'civilization' we squandered our future on war and prisons.
The entire Earth is less than 1% of the mass of the solar system. The recoverable resources of the earth are less than 1% of the planet's mass.
We've spent decades murdering eachother for scraps instead of developing the rest of the solar system.
Why?
Because every new frontier brings a loss of control for existing governments and power structures.
Apples to oranges (Score:4, Insightful)
What I really like about the hyperloop is that the idea is old, but it's been re-thought from the perspective of the 21st century, by someone who has the credibility to make things that everyone else said were impossible a fact.
I, for one, think Elon Musk is one of the greatest minds of our generation, and not only because of the ideas, but because of his attitude of "why not" and "build it and they will come". I'd trust him with my tax dollars any day when I see what he has accomplished, vs. the bozos in the State Government.
Oh, I saw that one! (Score:2)
Oh yeah, I remember that one: http://www.youtube.com/watch?v=QNixDlRoMvA [youtube.com]
A bit pessimistic? (Score:1)
He makes it sound like none of that is possible and all of those ideas failed. Ick!
When you read an idea like that, consider the scale and infrastructure of the Interstate Highway System. That is successful and works. (Even though it needs some work occasionally)
And before that, the railroads were a huge infrastructure project. And they finally got built, a little at a time.
To discount all of those ideas is not smart... but then, the writer is being a bit of a troll.
Rip Off (Score:1)
wrong question (Score:1)
With modern and future technology you don't need to go anywhere you can teleprescence yourself and it becomes sillier and sillier to transport objects when you can just communicate the plans and create them on site.