KCAP wins 3rd prize in Bao'an G107 Shenzhen

KCAP has won the 3rd prize in the Shenzhen Bao'an G107 competition. KCAP, in cooperation with Lay-Out from Shenzhen, developed a strategic framework for the self-evolving incremental regeneration of new urban commons in Shenzhen's economic corridor.


G 107 is a national Chinese highway which will be transformed into UBG 107 - Urban Breeding Ground 107 - a varied and urban concourse, a comprehensive assemblage of tunnels, boulevards and various green and water spaces with dedicated diversity in its transport organization, appearance and urban integration. Combined with a new public transport network it provokes the development of rich and complex urban networks of the entire zone. Where the existing highway is a ‘vector line’, UBG 107 becomes a ‘pixel’, a smart and intelligent breeding ground for urbanity. Where the existing highway is a ‘lifeless line’, UBG 107 is a lively line staging a rich variety of places, centres, connections and networks. It allows the city, communities and landscape to coexist and overlap, to breath and be present in the future.


The present distinctive strengths will be the starting points for its future. Building on its special assets, attributes and advantages the concept combines those with a strategy of ‘platforms’ and ‘ecosystems’. Platforms are public urban environments which offer new possibilities for collaboration and exchange, creating new starting points for a future economy, e.g. in information technology, biotech, digital media or robotic production. Transforming the existing industrial pieces on the site into larger industrial ecosystems of linked (innovative) activities will make the integration of new starting points more effective and also result in more economic resilience in the various clusters.


Rethinking G 107 implied progressing the function, the shape and structure of its ‘economy’, to unveil its distinctive strength and to find new starting points for its future economy and existing industries and communities. This transformation will bring new dynamics to make the linear condition of G107 alive.