Swan Footbridge, Wrocław – Project Description
The Swan Footbridge is a conceptual pedestrian and cycling bridge designed to span the historic city moat in Wrocław, Poland, connecting Podwale Street with Słowacki Park and the Bastion Sakwowy area. The project forms part of a broader urban strategy aimed at improving accessibility and strengthening pedestrian continuity within the city center.
Designed by STOPROCENT Architekci, the proposal features a lightweight, self-supporting structure of approximately 58 meters in length. The bridge is defined by two subtle arches and a central support, creating a fluid and elegant silhouette inspired by the form of a swan.
Structure - ASE Con
The structural concept was developed in collaboration with structural engineers, focusing on an efficient arch-based system that minimizes material use while ensuring stability and slenderness. The load-bearing strategy allows for a reduced number of supports, limiting interference with the historic landscape.
MEP / Installations - WLC Inżynierowie
Building services engineering (including lighting and essential technical infrastructure) was designed to be fully integrated within the bridge structure. The approach ensures minimal visual impact while maintaining safety, usability, and durability in an outdoor urban environment.
A key design principle is the minimal visual and spatial impact on the historic surroundings. The structure avoids dominant elements such as pylons or cable systems, instead adopting a restrained, horizontal expression that integrates seamlessly with the park landscape and the topography of the escarpment.
The project emphasizes the relationship between architecture, landscape, and heritage context, aiming to enhance the public realm without disrupting the existing urban composition. Despite its refined approach and positive reception in architectural discourse, the project remains at the conceptual stage due to ongoing debates regarding its impact on the protected historical setting.
