Bombardier success in Germany and China

Bombardier Transportation is to supply an additional 47 Bombardier Flexity trams to Berlin’s transport operator Berliner Verkehrsbetriebe (BVG) as part of a framework agreement for a maximum of 206 vehicles signed in 2006. The Flexity Berlin concept was jointly developed by BVG and Bombardier Transportation, which they say has resulted in a 100 and barrier-free, leading edge tram providing easy access which is highly popular in Berlin and has already received several design awards.
December 21, 2015 Read time: 2 mins

513 Bombardier Transportation is to supply an additional 47 Bombardier Flexity trams to Berlin’s transport operator Berliner Verkehrsbetriebe (BVG) as part of a framework agreement for a maximum of 206 vehicles signed in 2006.

The Flexity Berlin concept was jointly developed by BVG and Bombardier Transportation, which they say has resulted in a 100 and barrier-free, leading edge tram providing easy access which is highly popular in Berlin and has already received several design awards.

The interior offers ample space as well as multi-purpose areas and air-conditioning both in the passenger area and the driver's cab. The vehicles boast low electricity consumption and feed braking energy back into the system.

Together with its Chinese joint venture Changchun Bombardier Railway Vehicles Company. (CBRC), Bombardier celebrated the opening of passenger services on the remaining 16 stations on Shanghai line 12 with the customer, Shanghai Rail Transit Line 12 Development, a subsidiary of Shanghai Shentong Metro Group.

With the new Bombardier Movia metro trains now introduced into passenger service, Bombardier has now delivered all 246 Movia metro cars (41 trains) for the 40.4 km underground line.

Bombardier Movia metro cars are high-tech, high capacity trains, which deliver rapid, reliable and cost-effective transport. The high capacity vehicles are environmentally friendly through the use of Bombardier Mitrac propulsion technology with low energy consumption and optimised electro-dynamic braking performance.

Related Content

  • October 31, 2012
    Vienna’s first electric bus goes into operation
    The first electric bus (eBus) to be used in Austria’s capital city of Vienna has been put into service by the municipal transport authority, Wiener Linien, the first operator in Europe to implement and integrate eBuses into scheduled service. Designed and developed by Siemens Rail Systems and bus manufacturer Rampini, the vehicle is the first of twelve with which Wiener Linien intends to move two of the city's bus services to electric power by the summer of 2013. The vehicle’s total energy requirement is st
    Read More
  • March 30, 2017
    China plans more ITS deployment despite economic slowdown
    The Chinese government is turning to ITS to help solve urban traffic congestion in the majority of its large cities. Eugene Gerden reports. China is investing an estimated 3.5bn yuan ($551 million) per year in ITS and while the country’s current economic strategy may see this decline, the government plans to continue active development of the national intelligent transport system.
    Read More
  • February 2, 2012
    Carbon finance delivers critical support to mass transit schemes
    David Crawford investigates carbon finance in transport. World Bank carbon finance grants are delivering critical support to major mass transit deployments in emerging and developing economies. Only recently operative in the transport sector, the Clean Development Mechanism (CDM, see panel) is designed to generate additional income streams and improve internal rates of return on projects funded from public- and private-sector sources.
    Read More
  • July 18, 2017
    Victorian government to implement high capacity signalling on new rail line
    The Victorian government, Australia has awarded CPB Contractors and Bombardier Transportation the contract to deliver the US$790 million (AU$1 billion) Rail Systems Alliance in Melbourne, which includes the roll-out of a 55 kilometre long high capacity signalling (HCS) and communications system. HCS allows trains to safely run closer together, meaning they can run more often. The technology will enable trains every two to three minutes, creating a ‘turn-up-and-go’ train network for Melbourne. The signalling
    Read More

Highlighted Content