Siemens to automate New York’s Queens Boulevard subway

Siemens has been awarded a US$156 million contract by the Metropolitan Transportation Authority (MTA) to install communications-based train control (CBTC) on the Queens Boulevard Line, one of the busiest subway lines on the New York City transit system. Siemens is supplying the onboard equipment for a total of 305 trains and installing the wayside signalling technology at seven of eight field locations.
August 28, 2015 Read time: 2 mins

189 Siemens has been awarded a US$156 million contract by the Metropolitan Transportation Authority (MTA) to install communications-based train control (CBTC) on the Queens Boulevard Line, one of the busiest subway lines on the New York City transit system.

Siemens is supplying the onboard equipment for a total of 305 trains and installing the wayside signalling technology at seven of eight field locations.

The radio-based CBTC technology provides real-time data on vehicle position and speed conditions, allowing system operators to safely increase the number of vehicles on a rail line. This results in greater frequency of train arrivals and allows MTA to accommodate more passengers on its system. The technology reduces the amount of wayside equipment and, as a result, reduces maintenance costs and service disruptions. Additionally, the technology precisely locates each train on the tracks and controls speed, improving on-time performance for riders and employees.

The system will be managed and deployed by Siemens New York City based rail automation team of CBTC experts which has been working with NYCT for over 15 years.

“Through our work on the Canarsie line, we’ve seen first-hand that CBTC technology can have a significant positive impact on ridership for the New York City subway system,” said John Paljug, head of Siemens Rail Automation. “We’re extremely excited to extend our technology partnership with the MTA and bring advanced automation technology to riders on the Queens Boulevard line.”

Development work is expected to begin on the Queens Boulevard line late this summer with the major installation beginning in mid-2017.

For more information on companies in this article

Related Content

  • Alstom consortium wins Spanish rail signalling contract
    April 25, 2014
    An Alstom-led consortium which includes Bombardier and Indra has been awarded a contract worth US$567.5 million by the Spanish infrastructure manager ADIF to supply its European Train Control System (ERTMS) Level 2 signalling system, together with maintenance for a period of 20 years for Spain’s new north-west high speed line.
    Read More
  • Spreading the word about Bike Share in the US
    April 19, 2016
    Smart bike share technology and funding policies help bridge the transit gap through the final mile as Andrew Bardin Williams explains. The sharing economy is coming to Portland this summer. BikeTown, the city’s new bike share program sponsored by Nike, will be launched in mid-July with 1,000 bicycles distributed across 100 stations throughout the city. Originally funded by a $2 million federal grant, the program has been boosted by a $10 million sponsorship deal with Nike ensures funding for the next five
    Read More
  • Tram ticketing contract for Parkeon
    January 16, 2013
    UK headquartered ticketing technology company Parkeon Transit is to provide the complete ticketing system for the Edinburgh tram project, including the supply and maintenance of the company’s latest Galexio-Plus ticket machines, Axio platform validators, and hand-held payment terminals. The system will be enabled to dual-read both ITSO cards and the Lothian Buses’ Ridacard, and will be linked to the existing Lothian Buses’ back office, with card holders sharing the benefits across both the tram and bus netw
    Read More
  • Cost-effective alternatives to traditional loops
    February 1, 2012
    Traffic signal control is a mainstay of urban congestion management. Despite advances in vehicle detection sensors, inductive loops, which operate by using a magnetic field to detect the metal components in vehicles, are still the most common enabler for intelligent signalised junctions.
    Read More

Highlighted Content