New Variable-Speed Escalators for New York Subways
by Lewis DerkinsAugust 6th, 2008, 11:57 pm
Today, The New York Times reports on an MTA plan to begin replacing its standard escalators with “variable-speed escalators”.
Variable-speed escalators
[use] infrared motion sensors, [and] the escalators will slow to a crawl of just 15 feet per minute when no one is on them, compared with the normal full speed of 100 feet per minute. The escalators will gradually accelerate to the full speed, over a period of a few seconds, once a rider steps on them.
The 35 escalators that are part of the experiment include 12 escalators at the 34th Street-Herald Square station on the B, D, F, V, N, R, Q and W lines in Manhattan; 8 escalators (4 of which have been installed) at the Roosevelt Island station on the F line; 5 escalators (2 of which have been installed) at the Jamaica-Van Wyck Boulevard station on the E line in Queens; and 10 escalators (6 of which have been installed) at the Parsons/Archer terminus of the E line in Queens.
According to the article, this will save electricity as well as maintenance costs. MTA projects that each of these escalators will save $1800 per year.
Sounds great – but I have to ask, is this actually going to save any money?
Sure, MTA says it will save $1,800 per escalator, per year – that’s a $63,000 savings per year savings for all 35 escalators. Over the 35 year life span of these escalators, that saves $2,205,000 total. But what is the cost of the new escalators?
A perusal of Volume II of MTA’s 2009 Preliminary Budget yields the following information:
The Jamaica – Van Wyck Boulevard replacement will cost $19.84 Million for 5 escalators, and the Parsons/Archer Terminus replacement will cost $35.06 million for 10 more escalators. That’s a total cost of $54.9 million, or an average cost of $3.66 million per escalator.
Looking through the budget, I saw two other escalator replacement projects – one at the Roosevelt/Queens Boulevard Station to replace two escalators, and another that replaces one escalator in each of the following stations: Bowery, Whitehall, and East Broadway. The total cost allocated to replace these “constant speed” escalators is $1.99 million or an average cost of $.398 million per escalator. That means the new variable speed escalators appear to be nearly ten times more expensive than the constant speed escalators.
Now, construction costs can vary by location, and escalator costs can vary by length, but the stations receiving the new variable-speed escalators are fairly standard – not too deep, or too tall. By contrast, two of the stations set for constant speed escalator replacement are relatively deep – the Bowery and Whitehall stations – and would presumably have comparatively longer escalators.
So we can’t claim that the new variable-speed escalators are more expensive because they are longer than average, or because the construction costs are higher – the stations they are to be installed in are above ground, which leads me to believe they should be easier to access than underground stations on Manhattan.
Why the huge discrepancy in cost then? Is it solely due to the price differential required for the new technology?
If so, New Yorkers may want to rethink this supposed “savings”. You’re going to spend an extra $3.262 million to save $2.205 million over the 35 year life span – in other words, you’re not saving anything, you’re actually going into the hole by over $1 million.
Given MTA’s long list of current troubles: declining revenues from gas taxes, declining revenues from tolls, abysmal maintenance, poor service, filthy stations – all compounded by a record ridership – shouldn’t New Yorkers be asking themselves if they need to implement new taxes on cars, or fare hikes to fix a problem that partially boils down to poor management oversight. Shouldn’t we ask MTA to get their house in order before we start to look for more handouts? Shouldn’t we expect government workers to exercise fiscal responsibility and not waste millions in the short term to save thousands in the long term?
And a big thumbs down to the New York Times on this one. This is the second time in as many weeks that I have pointed out a lack of diligence on their part – the first instance challenged their use of Transportation Alternatives’ unverified (and in my opinion, wildly exaggerated) number concerning the number of bicycle commuters in New York.
The 1st Amendment protects freedom of the press for a reason – the press is supposed to be our governmental watchdog and root out fraud, waste, and abuse. Articles like these influence public opinion and affect policy decisions that cost New Yorkers tens of millions of dollars per year. The New York Times shouldn’t just regurgitate MTA’s press release without verifying it, or asking if the “plan” makes sense. The fact that they seem to have done so without any explanation makes me scratch my head and wonder – what’s going on over there?
Posted in Congestion Pricing, Government Workers, Mass Transit, Spending, Subways, Tax Increases |

And this is why you should call over to the MTA or the Straphangers campaign to get the story.
Michael -
I enjoy that you act as our unofficial ombudsman.
I have actually already considered calling MTA, but yesterday was busy, and I couldn’t find a good contact number. I will see what I can dig up.
I’m not really interested in what the Straphangers have to say though - the cost of these things is something that numbers from MTA will answer.
My suspicion is that these things are expensive enough that you won’t realize any real savings.
maybe you should work for the MTA. you’re apparently doing a more thorough research than the bozos coming up with these improvements plans that don’t seem to pay off in the long run.
I like to assume that public agencies have reasons for doing the things they do, but that you need to figure out what it is. I contact WMATA for answers on DC metro stuff all the time, and have found the people in charge of design and planning to be mostly competent and able to explain why they do the things they do.
Are the new escalators faster, to reduce people’s commute times? Are they safer to get on and off, do they wear out less frequently?
The article claims it is mainly for the cost savings of $1,800 per escalator per year, and the interviews in the article seem to support this. There are mentions of service life for some parts, savings on electricity, etc…
My problems with this are that it undoubtedly lengthens the life of some parts, but it is a more complicated system, so there are more things that can break. They don’t make any claims that it lengthens the service life of the escalator.
You also have to understand that a part of my issue with this topic is that the New York times didn’t make any attempt to answer basic questions like this.
Maybe I’m crazy, but this is exactly the kind of question I would expect a journalist writing this story to ask - is this really a savings?
We know that it saves $1,800 per year compared to a normal escalator, but that means nothing over the service life if you obliterate it with a much larger up front cost, which is what the budget seems to show.
Also FYI, I still haven’t had a chance to contact them about this.
The straphangers campaign has phone numbers for the line managers. Those are the only MTA phone numbers I’ve been able to find for you.
http://www.straphangers.org/linesupers.html
12346
“A” Subdivision Assistant Chief (212) 424-5363
7
7 Line General Manager (347) 694-1380
a b c d e f g j/z m n q r v w
“B” Subdivision Assistant Chief (718) 927-8511
L
L Line General Manager (347) 694-1056
I would call them to see if any of them can direct you to the right person.
Also, update my blog link in the sidebar, I bought a domain. Thank you kindly.
http://www.infosnack.org
Michael -
I sent a query to MTA today, they responded that I would get an answer in 15 business days.
I’ll keep you posted. Your link should be updated in the sidebar.
Happy Birthday to your dad.
Variable speed escalators violate US escalator code A17.1 and can only be approved through variance if there is a turnstile or some other device that activates the increase in speed such that the escalator is at full speed prior to a rider stopping on for obvious reasons. The above makes it sound as though when the rider steps on the speed increases, this should not be so.