Skip to main content

Ford unveils Detroit 'walkable mobility' district

Corktown neighbourhood plan is part of wider regeneration including C/AV corridor 
By Ben Spencer November 26, 2020 Read time: 2 mins
Ford is to develop a mobility platform on elevated train tracks behind the station (© Ford)

Ford Motor Company has revealed the site plan for Michigan Central, a walkable mobility district in the Corktown neighbourhood of Detroit.

According to Ford, the site plan meets Detroit's goal to develop areas full of open space and multimodal transit options within 20 minutes.

The automaker confirmed it is on track to restore the city's Michigan Central Station by the end of 2022.

In 2018, executive chairman Bill Ford announced plans to restore the train station, abandoned in 1988, as the centrepiece of an innovation hub to help define the way people move around.

Ford is to develop a mobility platform on elevated train tracks behind the station with new open spaces that connect site buildings.

It will allow Ford and its partners to test emerging technology such as autonomous vehicle and micromobility initiatives. 

As part of the project, the district will serve as part of Michigan’s proposed connected and autonomous vehicle (C/AV) corridor running from Detroit to Dearborn to Ann Arbor, linking the district to a broader regional network of testing and research.

Boston landscape architect Mikyoung Kim Design and Detroit-based LivingLab will design the mobility platform and other open spaces around Michigan Central. 

Mary Culler, Ford’s Detroit development director, says: “At Michigan Central, we are taking a collaborative approach to innovation, including providing flexible work spaces that attract and engage the best minds to solve complex transportation and related challenges as we shape the future of mobility together.”

The 30-acre site plan – developed by Practice for Architecture and Urbanism – is expected to prioritise the needs of residents and 5,000 employees in the area.

Adjacent to the station, the Book Depository is being revitalised to offer co-working areas and hands-on laboratories by architecture firm Gensler. 

East of the station, Ford is to build a parking garage and mobility hub at 14th and Bagley that provides 1,250 parking spaces for Michigan Central workers.

Work on the Book Depository and the Bagley Parking Hub will begin in the first quarter of 2021 and are expected to open in early 2022.

For more information on companies in this article

Related Content

  • ITS Australia Awards: finalists revealed
    November 29, 2022
    Cisco, Moovit and Q-Free are among the companies up for 13th ITS Australia Annual Awards
  • How can US transportation be ‘re-envisioned’?
    October 17, 2019
    In her address to this year’s ITS America Annual Meeting, congresswoman Eleanor Holmes Norton, chair of the House Subcommittee on Highways and Transit, called for a ‘re-envisioning’ of transportation. Her speech is below – and ITS International asks a number of US experts what they would like to see ‘re-envisioned’…

    I would like to welcome  ITS America to the nation’s capital.

  • Michigan DoT implements truck parking initiative
    September 9, 2014
    A new project is balancing up the needs of truckers wanting a break from the road and the availability of parking spots in Michigan. Commercial truck drivers typically require around 30 minutes to find somewhere to stop for a rest. They frequently find that the five public rest areas on the heavily-trafficked 129-mile stretch of I-94 in southwest Michigan, which carries around 10,000 trucks a day in the Canada-Detroit-Chicago corridor, are full.
  • Xerox and University of Michigan partner on urban mobility
    May 8, 2014
    Xerox is to form a three-year partnership with the University of Michigan Transportation Research Institute (UMTRI) to help shape the future of urban mobility across the country. The ultimate goal is to demonstrate how emerging automotive information-based systems and communications capabilities enable improved transaction-based business processes.