The GAUJA NATIONAL PARK Footbridge is designed to improve pedestrian access and connectivity within the park. It is located along Jāņa Poruka iela and Gaujas iela, serving as an important link for visitors exploring the natural environment. The design concept emphasizes simplicity and functionality while responding to the historical and geographical context of the site.

Design Concept

The project is based on a clear concept that blends concrete and wood in a cohesive way. The bridge features a combination section that simplifies structural complexities, yielding an elegant and practical form. This approach balances the solid nature of concrete with the inviting character of wood, fostering a connection between the structure and the park's landscape.

Structural Elements

The urban planning is presented in a site plan scaled at 1:400. Bridge 1 spans a total run of 227’-7”, while Bridge 2 measures 215’-7”. These dimensions are important for maintaining structural integrity and defining the user experience. Elevation points at +16’-0” and 29’-0” further ensure the design fits well with the site's topography and enhances visual relationships with surrounding areas.

Accessibility and Circulation

The design pays significant attention to accessibility, incorporating ADA-compliant ramps with a 1:12 slope towards Baznīcas iela and Aias iela. This focus on inclusivity guarantees that all visitors, regardless of their mobility, can enjoy the bridge. The circulation routes are clearly defined, with stairs leading toward key locations that facilitate movement and encourage visitors to explore the park.

Materiality and Textural Contrast

Concrete and wood are the primary materials used, creating a contrast that enriches the design. This choice not only emphasizes visual appeal but also acknowledges the area’s historical context, especially given the presence of other local structures. The combination of sturdy concrete and warm wood creates a distinct character for the footbridge.

Railings made from heavy-duty polyester mesh netting set in dark grey anodized aluminum add both safety and visual interest. They provide continuity in design while addressing practical considerations, making the footbridge a functional part of the park's landscape.