Constructed from Corten steel, the bridge intricately weaves through the wetland ecology of South Dakota, providing an accessible pathway that enhances connectivity while promoting awareness of local biodiversity.
5 key facts about this project
01
Constructed with Corten steel, the bridge’s weathered appearance integrates seamlessly with the natural landscape.
02
The design features a bent A-frame structure, enhancing stability while minimizing environmental impact.
03
Elevated pathways reach heights of 15 meters, offering panoramic views of the surrounding wetland.
04
Ceremonial stairs along the bridge create opportunities for direct interaction with the slough ecosystem.
05
The project emphasizes accessibility with an ADA-compliant path, accommodating a diverse range of users.
General keywords
Project specific keywords
The "Woven Paths" project is an architectural design located in De Smet, South Dakota. This initiative serves as a unique pedestrian bridge that enhances connectivity between urban and natural environments. By integrating with the existing slough, the project facilitates safe passage while inviting exploration of local ecologies. The bridge not only functions as a thoroughfare but also encourages users to engage with the landscape, making it a significant addition to the area's infrastructure.
Innovative Design Approach
The project distinguishes itself through its innovative approach to bridge design, which draws inspiration from the topographical features of the site. The concept of “flipping a tower horizontally” informs the shape of the bridge, creating a pathway that weaves through the environment. This design choice fosters an immersive experience, guiding users through varying elevations and offering visual connections to the surrounding landscape. The use of Corten steel and carbon steel in the structure provides durability while enhancing the bridge’s aesthetic, linking it closely with the natural context.
The project also emphasizes accessibility, featuring an ADA-compliant path designed for all users. This aspect ensures that the bridge is inclusive, allowing a broader demographic to navigate the structure and appreciate its surroundings. Ceremonial stairs strategically placed along the bridge provide opportunities for users to lower their elevation and engage directly with the slough.
Structural and Material Details
The architectural design showcases a cohesive relationship between function and materiality. Corten steel is primarily used for structural components and secondary pathways, presenting a weathered appearance that resonates with the local environment. Carbon steel is implemented in railings, contributing to the overall lightweight visual effect. Glass panels integrated into the design enhance the connection to nature, allowing uninterrupted views of the landscape.
The pathways outlined in the project provide a variety of experiences. One primary path rises to a height of 15 meters, presenting expansive views of the surrounding area, while the secondary paths weave through the landscape, promoting a closer interaction with the natural features of the slough.
The "Woven Paths" project represents a thoughtful integration of architectural design with the surrounding ecology. Its unique structural approach and commitment to accessibility set it apart from typical pedestrian bridges. For further insights into the architectural plans, sections, and designs, readers are encouraged to explore the project presentation. This will provide a comprehensive understanding of the architectural ideas and the overall vision of the project.
Innovative Design Approach
The project distinguishes itself through its innovative approach to bridge design, which draws inspiration from the topographical features of the site. The concept of “flipping a tower horizontally” informs the shape of the bridge, creating a pathway that weaves through the environment. This design choice fosters an immersive experience, guiding users through varying elevations and offering visual connections to the surrounding landscape. The use of Corten steel and carbon steel in the structure provides durability while enhancing the bridge’s aesthetic, linking it closely with the natural context.
The project also emphasizes accessibility, featuring an ADA-compliant path designed for all users. This aspect ensures that the bridge is inclusive, allowing a broader demographic to navigate the structure and appreciate its surroundings. Ceremonial stairs strategically placed along the bridge provide opportunities for users to lower their elevation and engage directly with the slough.
Structural and Material Details
The architectural design showcases a cohesive relationship between function and materiality. Corten steel is primarily used for structural components and secondary pathways, presenting a weathered appearance that resonates with the local environment. Carbon steel is implemented in railings, contributing to the overall lightweight visual effect. Glass panels integrated into the design enhance the connection to nature, allowing uninterrupted views of the landscape.
The pathways outlined in the project provide a variety of experiences. One primary path rises to a height of 15 meters, presenting expansive views of the surrounding area, while the secondary paths weave through the landscape, promoting a closer interaction with the natural features of the slough.
The "Woven Paths" project represents a thoughtful integration of architectural design with the surrounding ecology. Its unique structural approach and commitment to accessibility set it apart from typical pedestrian bridges. For further insights into the architectural plans, sections, and designs, readers are encouraged to explore the project presentation. This will provide a comprehensive understanding of the architectural ideas and the overall vision of the project.
