Skip to main content

Canadian JV to build next phase of Ontario BRT

Metrolinx and York Region Rapid Transit Corporation (YRRTC) today announced the award of a US$248 million contract to the EDCO joint venture to design, build and finance the next phase of the dedicated York Viva Bus Rapid Transit rapidways along the Highway 7 transit corridor Southern Ontario, Canada. This initiative is part of the York Viva BRT project which represents a US$1 billion transit investment from the Government of Ontario and is part of Metrolinx's 25-year Regional Transportation Plan for an
September 30, 2015 Read time: 2 mins
6394 Metrolinx and York Region Rapid Transit Corporation (YRRTC) today announced the award of a US$248 million contract to the EDCO joint venture to design, build and finance the next phase of the dedicated York Viva Bus Rapid Transit rapidways along the Highway 7 transit corridor Southern Ontario, Canada.

This initiative is part of the York Viva BRT project which represents a US$1 billion transit investment from the Government of Ontario and is part of Metrolinx's 25-year Regional Transportation Plan for an integrated and sustainable transit and transportation system in the Greater Toronto and Hamilton Area (GTHA). The project is being implemented by Metrolinx.

This contract is a public-private partnership to design, build and finance ten new vivastations and approximately 12 kilometres of rapidway along two sections of Highway 7. Construction begins in 2016, and the rapidway will open for service in 2020.

In total, vivaNext rapidways are being built along 34 kilometres of key York Region corridors and will include a total of 38 new vivastations. The new rapidways will make it easier to travel in and around York Region by improving travel times and service reliability, and will integrate with local transit systems for better connectivity.

EDCO is a joint venture of EllisDon Capital and Coco Paving, supported by a design-build joint venture of EllisDon Civil and Coco Paving and a design team of IBI Group, LEA Consulting and Peto MacCallum.

For more information on companies in this article

Related Content

  • Aurecon-Jacobs JV secures Melbourne metro contract
    July 3, 2015
    Melbourne Metro Rail Authority (MMRA) has appointed the Aurecon Jacobs Mott MacDonald (AJM) joint venture as the technical, planning and engagement advisor for the Melbourne Metro Rail Project in Victoria, Australia. The Melbourne Metro Rail Project unlocks critically needed capacity in Melbourne’s rail network and begins transforming the network into an international metro-style rail system. It includes two nine-kilometre rail tunnels from South Kensington to South Yarra as part of a new Sunbury to Cra
  • New Haven shows small can be beautiful
    October 22, 2014
    Connecticut’s new administration is using smart policy and ITS solutions to bridge social divides. Andrew Bardin Williams investigates. With only 130,000 residents, New Haven can hardly be called a metropolis. Measuring less than 502km (18 square miles), the city is huddled against the coast, squeezed between two mountains (appropriately called East Rock and West Rock) that, at 111m and 213m (366ft and 700ft) respectively, can hardly be called mountains. The airport is small and has limited service, and th
  • On the road with France’s dream peddlers
    September 5, 2022
    Connected cycling is becoming more important in France as the way to keep cyclists from giving up their Covid habit of taking two wheels to work and for pleasure
  • Russia's high speed toll link - aims and opportunities
    July 31, 2012
    Construction of a new toll link between the Russian capital of Moscow and the country's second-largest city, the port of St Petersburg, is due to start in 2012. Here, ITS International takes look at the project to date and the opportunities for foreign companies to get involved. The construction of a new toll link between the Russian capital Moscow and the country's second-largest city St Petersburg has a number of aims. It will lead to the creation of a high-speed vehicular link between the two which will