An extensive project integrating pedestrian pathways, bike lanes, and road connections is centered around the innovative design of a ring-shaped bridge-tunnel. The circular form of this ring symbolizes connectivity and continuity, uniting two sectors of the city currently separated by a highway and a railway. This ring does not merely cross above the urban barrier—it also extends beneath it, forming a continuous and fluid route that embodies the concept of integration and constant movement.
The ring structure serves as a symbol of accessibility and inclusion, offering an uninterrupted space for pedestrians and cyclists to move freely. Beyond its striking aesthetic appeal, this design conveys a strong message about urban cohesion and the dismantling of physical and social divisions. By incorporating dining and recreational areas within its structure, the ring further reinforces its symbolic value, transforming into a multifunctional meeting place that fosters community interaction.
The project envisions the construction of a pedestrian bridge and bike path with a ring-shaped form, providing a forward-thinking and efficient solution to the existing urban divide. In addition to integrating this unique architectural element into the city, the initiative seeks to restructure the road system, doubling traffic capacity and offering an improved northbound route to alleviate congestion.
One of the defining characteristics of this structure is its emblematic design. The ring will stand as a new architectural landmark in Buenos Aires, enhancing urban identity with its innovative form and functional benefits. It establishes direct connectivity between the city and the Río de la Plata, ensuring safe and efficient pedestrian, cycling, and vehicular movement. The ring does not only bridge the urban barrier but seamlessly integrates into the landscape, respecting existing infrastructure while introducing an aesthetically refined solution.
With a diameter of 140 meters, the bridge will be a striking visual element, observable from surrounding parks, highways, rail lines, and even from the air. Thousands of daily commuters will encounter this remarkable construction, which will become a reference point within the city’s landscape. Its volumetric nature allows pedestrians and cyclists to navigate its interior, while additional spaces dedicated to dining and recreation will establish a dynamic, multifunctional environment. The underside of the ring will feature a finely designed park spanning approximately 3,000 square meters, with transparent enclosures providing acoustic and wind protection. Certain structural gaps may incorporate solar panels to enhance energy efficiency while also functioning as sunshades. Beneath the highway segment, the ring transforms into a fully insulated interior space designed to accommodate diverse activities, including dining, sports, cultural events, and educational programs.
Constructed from corten steel, the bridge will feature a triangulated network of straight bars, reinforcing both its structural integrity and aesthetic appeal. The triangular panels integrated within the framework will act as acoustic barriers, wind shields, and shading devices. Notably, despite its organic appearance, the entire form is composed of straight bars and flat triangular surfaces, demonstrating an advanced yet efficient engineering approach.
The project also considers the surrounding topography, adapting the landscape of Parque 3 de Febrero to support the ring’s inclined structure. Gentle slopes will serve both a visual and structural function, while also acting as sound barriers to reduce traffic noise within the park. This approach revitalizes one of the defining characteristics of the original Parque San Benito project—its dynamic, undulating terrain.
An additional highlight of the ring is its role as a panoramic viewpoint. From its elevated position, visitors will have exceptional views of aircraft take-offs and landings at Aeroparque Jorge Newbery. Currently, many aviation enthusiasts gather near the airport to observe flights; however, this new space will offer a more comfortable and secure location, enhancing the city’s recreational options.
Sustainability principles are deeply embedded in the project’s design, ensuring minimal environmental impact through the use of eco-friendly materials and construction techniques. The inclusion of green spaces and recreational areas further promotes urban biodiversity while improving air quality.
Within the ring, designated dining and leisure areas will create vibrant gathering points, enriching the experience of residents and visitors alike. These spaces will be seamlessly integrated into the city's network of bike lanes and pedestrian pathways, linking both new and existing routes to strengthen urban connectivity.
The anticipated impact of this project is substantial. It will enhance mobility by encouraging pedestrian and cycling activity while reducing reliance on cars. Moreover, the intervention will contribute to the revitalization of the surrounding area, attracting both locals and tourists while reinforcing the essential connection between the city and the river. As a new urban attraction, the bridge’s design will complement existing landmarks such as the Floralis Genérica and Puente de la Mujer, further enriching Buenos Aires' architectural landscape.
In conclusion, this project presents a unique opportunity to transform an urban barrier into a vibrant point of connection and renewal. The creation of the ring bridge will not only improve accessibility and mobility but also introduce new functions and quality spaces to the city, fostering sustainability and enhancing the well-being of the community.
