ADAM TAS CORRIDOR
STELLENBOSCH
South Africa
Adam Tas Corridor in Stellenbosch, South Africa, is a 375-hectare urban regeneration project along the R310 and R44 roads, transforming underutilized land into an integrated development district five times the size of Cape Town’s V&A Waterfront. It connects areas like Kayamandi, Cloetesville, and central Stellenbosch, aiming to create a liveable, safe, resource-efficient, socially integrated, economically inclusive, and globally competitive urban corridor.
Initiated as a catalytic project in Stellenbosch Municipality’s Municipal Spatial Development Framework (MSDF) approved in November 2019. The Adam Tas Corridor applies “massive small urban system change” principles led by urbanist Kelvin Campbell and the Massive Small Collective in partnership with Stellenbosch Institute for Advanced Study (STIAS). The corridor spans prime regeneration land, including the Bergkelder area post-Distell distillery relocation, with plans for heavy and light rail, walking and cycling paths, thousands of housing units across income groups, creative workspaces, and university linkages. It addresses spatial divides by improving transport spines, formalizing informal areas, and fostering inclusive growth through an independent development agency.
The Adam Tas Corridor is the start of Stellenbosch’s emerging urban transformation district and the vision is to create an integrated urban-development corridor. The aim is to put Stellenbosch at the heart of the most important development project in the country, with significant enough scale to make differences to policy and practice at local, national and even regional level.
Future Cities criteria compliance
Environmental & Nature
Emphasis on resource efficiency includes green infrastructure, energy optimization, and ecological restoration along the corridor, reducing environmental barriers like rail/road divides. It promotes low-impact urbanism with preserved natural features near Papegaaiberg and sustainable housing to minimize ecological footprints.
Smart City
The project incorporates smart urban systems for efficient transport (rail, cycling links), data-driven planning, and innovation hubs leveraging Stellenbosch University’s R&D strengths, including patents and job creation from research commercialization. Digital tools support collaborative city workplaces and urban labs for testing development models.
Human-Centric
Human-scale planning prioritizes walkable neighbourhoods, mixed-income housing, social integration, and access to opportunities for all citizens, including the poor. Public spaces, community participation, and inclusive amenities harness local energy (e.g., post-fire rebuilding in Kayamandi) for equitable, participatory urbanism.