Govan Graving Docks


Developing a masterplan for a new, vibrant mixed-use neighbourhood at the Grade A listed Govan Graving Docks.

  • Location

    Glasgow

  • Status

    Planning granted

  • Client

    New City Vision

  • Category

    Masterplanning, Regeneration, Conservation, Residential

Having lain derelict for almost 40 years, we were approached by New City Vision in December 2019, to establish a new vision for the Govan Graving Docks to bring culture and heritage to the fore. Working with the city council, local community, and conservation and heritage organisations, we have facilitated two years of extensive conversations, presentations and workshops to cultivate a collective momentum for the project which will open up the site to the city, metaphorically and physically.

The Govan community now looks forward to the prospect of living alongside a public Maritime Heritage Park, with Dry Dock 1, restored and used for historic ship repair, an urban wetlands zone around the basins, and visitor facilities embedded in the remaining Grade A listed Pump House. The new vision for the site also sees 304 new homes arranged along the southern perimeter, leaving the bulk of the nine hectares free for public recreation and heritage purposes.

Our Process

The Clyde Navigation Trust built the Govan Graving Docks between 1869 and 1898. Docks No. 1 and 3 were the deepest in Britain and served for ship repair and cleaning rather than construction. They supported Clyde’s maritime economy until closure in 1987.

A heritage analysis has catalogued listed features, using historic drawings to guide conservation. The overgrown site is deteriorating, so measures are planned to protect stairs, mooring points, and dock surfaces while retaining some vegetation to support wildlife outside listed zones.

Since 2019, a community-led Cultural and Heritage Masterplan has shaped a mixed-use vision combining housing, cultural spaces, and public connections. Physical models have tested building massing, façade design, and materials to ensure sensitivity to scale and setting.