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Originally posted by DOOMBOT Once there is enough demand to put it into place, one can only hope that it is left to the private companies to get it done. Otherwise it won't get done right or even get done at all.

Yeah, the privatization of British Rail is such a great example of this...

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Last edited by Sand Leaper on Jun-12-2009 at 13:06

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Originally posted by Sand Leaper Yeah, the privatization of British Rail is such a great example of this...

The state still has a big hand in British Rail. I was thinking more along the lines of what Japan has done.

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Originally posted by DOOMBOT The state still has a big hand in British Rail.

It does now, yes, but the privatization before New Labour stepped back in nonetheless had severely detrimental effects on public transportation by rail as a whole.

Either way, I'm not arguing privatization vs nationalization here, that's another can of worms entirely. The point is, making blanket statements like "if private companies can't do it noone can" comes across as pretty shallow when the variables differ so much from region to region. It's just not that simple.

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"Wenn du dich zum Untergrund zählst, reicht es nicht, es nur zu sagen. Du musst auch viel graben, um es zu werden."

Last edited by Sand Leaper on Jun-12-2009 at 18:28

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Originally posted by Sand Leaper It does now, yes, but the privatization before New Labour stepped back in nonetheless had severely detrimental effects on public transportation by rail as a whole. Either way, I'm not arguing privatization vs nationalization here, that's another can of worms entirely. The point is, making blanket statements like "if private companies can't do it noone can" comes across as pretty shallow when the variables differ so much from region to region. It's just not that simple.

I understand. I've made it clear in other threads why I believe central planning will always end in disaster and why I believe things like this should be left to the private sector. You may not have read those threads though, so I apologize for not expanding much more on my comment.

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Originally posted by Capitalizt Trains suck. Cars rule. Seriously..Why would anyone want mass transit when they can drive? You need to wait for your transportation to arrive..rely on schedules to get around town and ride next to a bunch of smelly passengers..bleh. I do think the reason they are more popular in europe is because they tax the sh!t out of gasoline.. It costs 3-4X more per gallon there than it does in the USA. There is just no incentive for mass transit in America when cars and gas are very affordable for most people.

Epic fail.

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Originally posted by Halcyon+On+On OOKA-OOKA ME NACHOS ME PRESS KEYS ON COMPUTER GOOD

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Originally posted by nchs09 Epic fail.

+1

In this day and age having a license is a bonus. Sure transit can be a bitch, but it has its positives too. Don't believe, gas today is at $1 per litre.

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About 1€/litre here and i think that's still relatively cheap compared to some of the northern countries. Also, very cheap compared to a year ago, but those prices will come back sooner or later. Probably sooner.

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Originally posted by Krypton Unless you'r in New York, Chicago, Washington DC, LA, and a few other cities, the public transit is horrid.

i would drop LA from that list, the public transportation system here is mediocre at best

having traveled quite extensively, as well as transportation being my field of expertise, I think the main reasons north amreica does not have the same mass transit infrastructure as Europe is a combination of poor long range planning by both the railways as well as the governement and the space factor. main transit hubs in north america are very spread out, compared to europe. The remainder of the north american rail network isnt suitable for highspeed train traffic. in order to adopt similar rail technology used in europe, all of the rail infrastructure would need to be upgraded to welded rail as well as some major re-alignment. The cost of doing this work would be prohibitively expensive. I dont know if anyone here understands the ecinomics of infrastructure construction but let me tell you from experience, it aint cheap. The City of ottawa tendered a contract two years ago to build a light rail expansion to the current O-Train system. this invovled the construction of 15 stations and about 20 km of new track.... price tag, well over 1B$ needless to say it got kyboshed. now expand that to the long sought after highspeed link from windsor to montreal........ thats about 900 to 1000 km of track taht needs to be re-aligned, and replaced since you cant run highspeed on bolted track sections. so now 1000 km of new welded track, the re alignment of sections, the EA that would need to be done.... we are looking at quite possibly the most expensive construction project canada has seen in 100 yrs. The next big problem is most north American cities are not planned properly to support mass transit initiatives. they are planned for cars. The ingrained mentality that everyone in north america needs a single family home on a half acre of property has pretty much raped us of any hope of efficient intercity travel.

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Originally posted by pkcRAISTLIN I have 3 hobbies: gaming, DJing & correcting maladjusted fools on the internet.

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Originally posted by pkcRAISTLIN Yeah, I’d like to know what horrible, scarring incident in your childhood turned you into such an ignorant, intellectual-hating philistine?

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Originally posted by ******** http://en.wikipedia.org/wiki/JetTrain I think this might be realistic in Canada.. Here is my patent though... put an electric motor in the sucker... like accellla

how do you propose to power the electric motors..... that is the purpose of the turbofan, it runs a generator that powers 4 electric traction motors.....

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--- and utilize wheel generators (each car would generate electricity when it was in motion and transfer it back to the generator to reduce energy costs.

im not sure how to explain this to you but generators dont produce free energy..... the generators would apply a load to the wheels making it harder for them to rotate, thus requiring more energy to get the train to speed. Thanks to this lovely thing called friction, you would use more energy overall if you put generators on the wheels. (note since you are proposing an all electric train, regenerative braking is a useless idea since you would never get a high speed train to run on battery power..... you couldnt put enough batteries in that train....)

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Slap a wind vortex on the sucker also to generate electricity...

again with the sapping of input power.... your now proposing to add an apputance that will add a huge amount of drag..... on a train that your trying to operate in excess of 150 mph, i hope you plan for seeing parts of your fancy wind generator flying all over the place because they are not designed to operate in 150 mph wind conditions..... not to mention the drag factor.... thus reducing your efficiency yet again...

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and protected solar panneling on the cars.

i will give you 1/2 of a point for this one....... solar cells only produce enough of a current to "trickle" charge a battery bank, so you would still need a whole pile of batteries to utilize this energy, not to mention that solar cells are rediculously expnesive to manufacture, have a massive carbon footprint to produce (debatably negates their "green ness") and are horrendously in efficient compared to other solar generation technologies....

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Cost of operations could be reduced that way.

I think not, you have now succesfully added 3 more devices to break down and replace at regular preventative maintenance intervals

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As far as a a need for welded track... exactly why is the track even needed?

how do you propose to control this jet train? steer it using conventional controls? good luck..... large heavy objects operating at these kinds of speeds require flat, level, and smooth run surfaces as well as the ability to apply enough lateral force to the ground to change velocity vectors. Tracks allow you to impart "hunting forces" (rail design lingo) which means you can apply horizontal forces to the track to change direction. welded track is required to prevent small elevation differences between the track sections from bouncing the train off the rails

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I don't get this .. why not just use the rail area for a new ground based ultra high speed system? Better yet make the lane available for cars to ala autobahn unlimited speed limit.. with a must move for ultra highspeed bus requirement... I invision it as a raised double lane in the middle dividers ---- which is enclosed to keep out rain and snow. --- with the odd exit

let me put it this way..... in 2006 the average cost to build a 4 lane highway was about 10 million canadian dollars per km. that figure includes NO STRUCTURAL WORK ie bridges, culverts, overpasses etc... that cost can be up to 10,000$ per square meter of deck area..... a bridge can cost between 10 and 25 million for a standard highway overpass......

IT WILL NEVER HAPPEN...... we are talking hundreds of billions of dollars

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Originally posted by pkcRAISTLIN I have 3 hobbies: gaming, DJing & correcting maladjusted fools on the internet.

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Originally posted by pkcRAISTLIN Yeah, I’d like to know what horrible, scarring incident in your childhood turned you into such an ignorant, intellectual-hating philistine?

Hamilton, Ontario is thinking about getting the "turbo" rail system. Seriously.

http://www.thespec.com/article/440254

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$50b transit plan targets Hamilton September 24, 2008 By Rob Faulkner The Hamilton Spectator (Sep 24, 2008) GO trains every five minutes during rush hour. Train rides from Hamilton to Union Station in Toronto that take 44, not 66 minutes like today. Two rapid transit lines by 2023, and a third in the years just after that. It's the kind of work that Burlington-mayor-turned-transportation-architect Rob MacIsaac calls "transformational." And it's a glimpse of the local future envisioned in The Big Move, a $50-billion, 25-year draft plan unveiled yesterday by provincial Crown agency Metrolinx aiming to ease gridlock and pollution in the Toronto-Hamilton region. It contained dozens of blockbuster projects across the region. Metrolinx board chair MacIsaac called the plan -- a mix of cycling, transit, integrated fares, mobility hubs and more -- the most significant transportation investment in a generation. But it leaves a few unanswered questions: such as will Hamilton get the light rail it has been hoping for or will it make do with bus rapid transit? The 84-page plan commits to building three rapid transit lines in Hamilton within 25 years, and two of these by 2023. One line will run east-west from McMaster University to Centennial Parkway -- what Hamilton has been calling its B line. A north-south line is planned to run along James Street up the Mountain. The east-west line is one of the top 15 priorities among the 40 projects Metrolinx wants completed in the next 15 years. A 2009 benefits analysis study will determine if that line will run with bus or rail, said John Howe, Metrolinx general manager for investment strategy and projects. "We are definitely very excited to see them include the (east-west) B line as one of the top 15 priorities," said Jill Stephen, city manager of strategic planning. "We could have it running in the next eight years. We are going to press forward with our studies, our consultation and make sure that Metrolinx knows we are ready." Howe said construction may start in 2010 and take four or five years. Capital costs will be covered, it appears, but operating costs will likely be paid by municipalities. Metrolinx plans more thorough financial details in the years ahead. MacIsaac said that each project in the draft plan's long list will be evaluated for ridership and environmental, social and economic benefits. A final plan is expected in November. He describes some work, like GO train electrification, as "transformational." Within 15 years, Lakeshore GO trains will run every 15 minutes at off-peak and every five minutes at peak times, he said. "They won't have to worry about a schedule, they can just show up at a station and have confidence that a train will be along relatively shortly," MacIsaac said. Howe said electrification will cost $4 billion and may be complete by 2016, if it starts in 2011. Metrolinx said two Hamilton stations will be used for the increased number of GO trains, the Hunter Street GO station and LIUNA Station. GO spokesperson Jessica Kosmack said details are not yet hammered out. "This regional transportation plan is the first step in a long journey for all of the transportation groups. The next step is establishing what the priorities are and looking at the logistics and the funding," she said. The Draft Regional Transportation Plan and Draft Investment Strategy will go to the Metrolinx board for discussion and approval Friday. Mayor Fred Eisenberger urges Hamilton residents to participate in the public consultations Metrolinx is planning for October. He said that, as Hamilton's voice on the agency's board, he will strive to make the plan a reality. "It's a good news day for Hamilton," Eisenberger said. "We believe in Hamilton that light rail transit is the right way to go. We're pushing for that. Light rail is the next generation of transit systems. We've already made our case and I'll continue to do that." Last year's $17.5-billion MoveOntario 2020 announcement -- which Metrolinx is implementing -- said $300 million was available for Hamilton rapid transit. More exact timing for capital projects will come in October's five-year rolling budget, MacIsaac said. Metrolinx said it will use the $11.5 billion in committed provincial money to fund the plan from 2009 to 2015, to accomplish quick wins and its 15 top priorities. It hopes for $6 billion from the federal government, to fund the plan to 2018. Metrolinx plans to report back to the Ontario government in 2013 on how to fund the rest of the plan, post-2015. Possible sources include tolls. But MacIsaac said the strategic thinking was to build a system that Ontario likes first, then find ways to generate new money. Hamilton estimates an east-west line and a north-south line of light rail will cost $1.1 billion, and $160 an hour per vehicle to run. Bus rapid transit would cost $480 million. "It's a major step along the way because Metrolinx has said that Hamilton will be in the first round of projects to get funded," said Nicholas Kevlahan, a McMaster University math professor and co-founder of Hamilton Light Rail, a citizens group formed to advocate for local light rail transit. "On the choice between light rail and bus rapid transit, we are very well positioned because the city is already answering the questions that Metrolinx will be asking."

Oh, in Hamilton, Ontario - not far from where I live - there's a serious plan in the making. I dont feel like annoying you with the details, you can read it yourself.

Rapid Transit

http://www.myhamilton.ca/myhamilton...s/RapidTransit/

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