Search Results for: honolulu rail

New Starts 2017

The Federal Transit Administration has published its New Starts recommendations for 2017. The recommendations include profiles of more than 60 different transit projects, including bus-rapid transit (BR), streetcars (SR), light rail (LR), commuter rail (CR), and heavy rail (HR). Only 60 projects are shown in the table below as a few, such as the San Antonio streetcar, have been cancelled or at least are “on hold.”

CityProjectModeMilesCapitalCost/mi
PhoenixS. CentralLR5.0531106
TempeStreetcarSR3.018361
LAConnectorLR1.91,403738
LAStreetcarSR3.87520
LAPurple 1HR3.92,822720
LAPurple 2HR2.62,467949
Sac'toStreetcarSR4.215036
CalTransElectrifiedCRC51.01,75934
San DiegoMid-Coast LR10.92,171199
San Fran.CentralLR1.71,578928
San Fran.Van NessBR2.016381
San JoseEl Camino BR17.418811
San JoseBerryessaHR10.22,330230
San RafaelSMARTCR2.14320
Santa AnaStreetcarSR4.128970
DenverEagleCR30.22,04368
DenverSE ExtLR2.322497
Ft. Laud.WaveSR2.817362
Ft. Laud.BrowardSR5.00
J'villeEastBR18.5342
J'villeSWBR12.9191
OrlandoOIACR5.522541
OrlandoSouthCR17.218711
OrlandoNorthCR12.2696
HonoluluHARTHR20.05,122256
ChicagoAshland BR5.411722
ChicagoRed & PurpleHRC5.6957171
Indy.Red BR13.1967
BostonMedfordLR4.72,298489
MarylandPurpleLR16.22,448151
Gr. RapidsLakerBR13.3715
LansingMichiganBR8.516419
Minn.Blue extLR13.010
Minn.OrangeBR17.01519
Minn.SWLR14.51,774122
K. CityProspectBR10.0545
CharlotteBlue extLR9.31,160125
CharlotteGoldSR2.515060
CharlotteBlueHRC9.6404
DurhamOrangeLR17.11,800105
Albuq.RapidBR8.812614
Reno4th StBR3.15317
RenoVirginiaBR1.86033
AlbanyRiverBR15.0352
AlbanyWashingtonBR8.0648
NYCCarnarsieHRC6.027446
NYCWoodhavenBR14.023117
ColumbusClevelandBR15.6473
PortlandMilwaukieLR7.01,490213
PortlandPowellBR14.0755
DallasCBDLR2.4650271
DallasRed & BlueLRC48.11192
El PasoMontanaBR16.8473
Ft. WorthTEXRailCR27.299637
HoustonUniversityLR11.31,563138
ProvoBRTBR10.515014
EverettSwiftBR12.3675
SeattleCenterSR1.3135104
SpokaneCentralBR5.87212
TacomaLink extSR2.416669
A “C” after a mode abbreviation means that project is a capacity increase or reconstruction of an existing line. An “ext” at the end of a project name is an extension of an existing line. There are 60 projects in the table; to see all 60 at once, select “Show 100 entries.” Projects are sorted in alphabetical order by state, but you can resort by any column.

For the projects in this year’s report, the average cost of new streetcar lines is $45 million per mile; light rail is $163 million per mile; heavy rail is $347 million per mile; and commuter rail is $38 million per mile. Of course, cost overruns are likely for a majority of these projects, so the final costs are likely to average 20 to 50 percent more. Even without the overruns, these costs are outlandish, as the nation’s first light-rail lines cost only around $10 million to $25 million per mile (after adjusting for inflation), and streetcars were supposed to be even less expensive than that.

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Cars Saving Energy Faster Than Transit

The average automobile on the road in 2013 used 1.2 percent less energy per mile than in 2012, according to table 2-15 of the latest edition of the Department of Energy’s Transportation Energy Data Book. Both cars and light trucks achieved about the same gain.

Click image to download a 12.9-MB PDF of the data book. Click here to access individual spreadsheets of all the tables and charts in the data book.

In contrast, says the datebook, the average transit bus used 0.9 percent more energy per mile in 2013 than in 2012. Worse, the average number of people on board transit buses declined slightly, so buses used 1.0 percent more energy per passenger mile.

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Oops–We Forgot About the Operating Costs

The city and state officials who promoted construction of Honolulu’s rail transit line now admit that they don’t know how they are going to pay for the cost of operating that line. Between 2019, when the first part of the line is expected to open for business, and 2031, those costs are expected to be $1.7 billion, or about $140 million per year. In 2011, the annual operating cost was estimated to be $126 million a year.

Honolulu has about a hundred bus routes, which cost about $183 million to operate in 2013, or less than $2 million per route. The rail line will therefore cost about 70 times as much to operate as the average bus route.

Officials project that rail fares will cover less than a third of operating costs, but that’s probably optimistic. They are predicting 116,000 daily riders in 2030, which works out to about 5,800 riders per mile. That’s more than the number of riders per mile carried by the Chicago Transit Authority, Atlanta’s MARTA, or the San Francisco BART system–and considerably more than carried by heavy-rail lines in Baltimore, Cleveland, and Miami.

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Farms vs. Transit in Hawai’i

Now that Honolulu’s insanely expensive, low-capacity rail line is under construction (and over budget), Oahu land-use advocates are upset that the city wants to rezone 1,289 acres of farms for residential development. At least some members of the city council claim to have been shocked to learn that just 17 percent of the island is still suitable for farming while 27 percent has been urbanized.

Sadly, efforts to protect farmlands in Hawai’i are something of a joke considering that Hawai’i’s land-use laws–the strictest in the nation–were supposedly passed to protect farmlands and yet in fact are responsible for destroying Hawai’i’s agricultural industry. The land-use laws made Hawai’ian housing so unaffordable that farmers can’t pay workers enough for them to be able to live there. As a result, the state has lost most of its pineapple, sugar cane, and other crop production to other Pacific islands such as Fiji.

Comparing a map of Oahu land-use designations with the route of the rail line reveals that the rail line will cross only a few tiny areas of land zoned for farming. In fact, a lot of the land around Kapolei that is zoned urban hasn’t yet been developed and could still be used for farming, but why bother if you can’t afford to grow crops?

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Outrageously Expensive Transit

The average cost of light-rail construction has grown to nearly $200 million per mile, according to data in the Federal Transit Administration’s 2016 proposal for capital grants to transit agencies under the “New Starts/Small Starts” program. This is up from $176 million a mile in the 2015 plan.

San Diego, which started the light-rail craze when it built the nation’s first modern light-rail line in 1981 at an average cost of well under $10 million per mile–less than $18 million per mile in today’s dollars–wants to spend $194 million per mile on a new Mid-Coast line. Boston, which can’t afford to maintain its existing increasingly decrepit rail system, wants to spend $489 million per mile on a 4.7-mile extension of one of its light-rail lines. The least-expensive light-rail line in the budget is a 2.3-mile extension to an existing light-rail line in Denver costing a mere $98 million per mile, nearly twice as much as the least-expensive new light-rail line in the 2013 plan.

Streetcars, which were supposed to be cheap, are costing an average of $59 million a mile, up from $46 million a mile in last year’s plan. That’s less than a third the average cost of light rail today, but still more than three times as expensive as San Diego’s original light-rail line. (I’m counting the Tacoma rail line as a streetcar, as it uses equipment that is nearly identical to the Portland streetcar; Sound Transit and the FTA call it light rail mainly to justify taxing Tacoma residents to help pay for the outrageously expensive light-rail lines being built in Seattle.) The FTA proposes to fund another streetcar line in Charlotte, and streetcars in Sacramento and Fort Lauderdale are also in the plan though not recommended for immediate funding.

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Cost Overrun; Revenue Shortfall

To almost no one’s surprise, the Honolulu Authority for Rapid Transportation (HART) has announced that the rail project it is building will cost at least 10 to 15 percent more than estimated, while the revenues from the general excise tax that is supposed to pay for the project are, so far, $41 million less than expected.

A 10 to 15 percent cost overrun isn’t large as rail projects go, but this is an expensive, $5.2-billion project to start with, so 10 to 15 percent is $500 million to $780 million. HART officials blame the cost increase partly on the lawsuits that, unfortunately, failed to stop this waste of money, but even they say that the delays only increased costs by $190 million. Since the project isn’t even supposed to be completed until 2019, there is plenty of time for overruns to mount up to be far greater than projected today.

Rather than make the sensible move and simply cancel the project, the city is debating how to pay for the overruns. One idea is to divert to rail $200 million in federal money that is now being spent on Honolulu buses. Another idea is to extend the excise tax, which was supposed to expire in 2022, for a much longer period of time. Either way, they would take money that would have been spent on something productive and devote it to a complete boondoggle.

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Increasing Outputs, Not Inputs

John Naviaux, an undergraduate student at UC Irvine, compared the greenhouse gas benefits of getting people out of their cars and onto buses and found that, while it saved a little carbon dioxide, it wasn’t worth the huge subsidies required. As his faculty mentor, David Brownstone, comments, “there are no significant CO2 emissions benefits from moving a traveler from a personal automobile to an Orange County urban bus. This is a strong negative result since the Orange County bus fleet is among the cleanest in the world with almost all buses running on natural gas, and this shows that it will be difficult to reduce CO2 emissions in the U.S. by simply getting more people to use urban mass transit.”

The Antiplanner has the highest respect for Dr. Brownstone, but there may be a couple of problems with Naviaux’s paper. First, he counted all the subsidies to bus transit against the savings in greenhouse gas emissions. Transit advocates would be quick to point out that there are supposedly other benefits from transit, so greenhouse gas reductions are merely the icing on the proverbial cake.

Even if you don’t buy this argument–and the Antiplanner thinks the social benefits of transit are a lot smaller than many transit advocates claim–Naviaux compared the average emissions from cars with the average emissions from existing buses and the average subsidies from running those buses. But many conceivable bus improvements could significantly increase average bus occupancies at a very low marginal cost.

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Pinellas Transit in Trouble

The Pinellas Suncoast Transit Authority (PSTA) has been illegally using FEMA money to illegally advertise in favor of a ballot measure to build light rail in St. Petersburg, Florida. Last week, the Federal Emergency Management Agency sent a letter demanding that PSTA return a $354,000 grant it received that was supposed to be used to ward of terror threats, but was used instead to advertise for light rail. FEMA warned that, even if PSTA returned the money (which it has), it would still be under investigation for criminal charges for misuse of federal funds.

The double use of the word “illegal” in the first sentence above refers to the fact that, not only did PSTA misuse the FEMA grant, it shouldn’t be spending any money at all promoting the light-rail ballot measure. In the 1990s, most rail transit ballot measures lost, but in the 2000s, more have won, mainly because transit agencies began using taxpayer dollars to promote the measures start with the Utah Transit Authority in 2000.

As a pro-rail web site notes of the Utah measure, a “key to success was that the agency had put great effort into maintaining a strong, positive public reputation prior to launching the campaign. TV ads were already regularly appearing reminding the public of the benefits of the service provided by UTA. When it came time to initiate the electoral campaign, early outreach efforts had already paved the way.”

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Red Ink Pinellas

The Cato Institute has published a new paper on Greenlight Pinellas, or, as I prefer to call it, Red Ink Pinellas. As previously mentioned in the Antiplanner, this is a plan to spend $1.7 billion building a light-rail line from St. Petersburg to Clearwater, Florida and boost local bus service by 70 percent.

The paper reveals that the Pinellas Suncoast Transit Authority, which is pushing for light rail, has a poor track record of spending. From 1991 to 2005, it increased bus service by 46 percent but saw a 17 percent drop in passenger miles. Then the recession forced it to cut bus service by 5 percent, yet ridership grew by 9 percent. Given this history, boosting bus service is likely to result in a lot of empty buses. Meanwhile, the agency projects that so few people will ride its light rail that it will only need to run one-car trains.

When compared with bus-rapid transit, the cost of getting one person out of their car and onto the proposed light-rail line is projected to be $50. That means getting one person who currently commutes by car to switch to light rail would cost more than buying that person a new 5-series BMW every year, or a new Tesla class S every other year, for the next 30 years.

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The Scandal of High-Cost, Low-Capacity Transit

Tomorrow, the Cato Institute will publish a new report on the growing tendency of cities to build high-cost, low-capacity transit systems. Antiplanner readers can preview the report today.


Click image to download a PDF of this paper.

The report focuses on cities that are building systems that, like heavy rail, have costly, exclusive rights of way yet, like light rail, can’t move more than about 9,000 to 12,000 people per hour. Seattle, for example, is spending well over $600 million per mile building an underground light-rail line that will be able to move no more people than San Diego’s original, 1981 light-rail line that cost just $17 million per mile (in today’s dollars). Honolulu is spending $250 million a mile building an elevated line whose capacity will be little greater than a surface light-rail line.

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