From the Cable-Stayed Bridge to the Railway Bridge: A New Bicycle Path Approved in Riga for €1.28 Million

Riga city officials have approved a new bicycle path connecting the Cable-Stayed Bridge to the Railway Bridge across the Daugava River, with a budget of €1.28 million. The project aims to improve cycling infrastructure and promote sustainable transportation in Latvia’s capital.

Project Overview

The approved bicycle path will span approximately 1.2 kilometers, linking two key bridges over the Daugava River: the Cable-Stayed Bridge (Tilts uz Zemgales gatvi) and the Railway Bridge (Dzelzceļa tilts). The route will provide a safe, dedicated lane for cyclists and pedestrians, reducing reliance on motor vehicles and enhancing connectivity between Riga’s eastern and western districts.

According to Riga City Council’s Department of Transport and Communications, the path will feature separated lanes, improved lighting, and signage to ensure user safety. Construction is expected to begin in late 2024, with completion planned for mid-2025.

Funding and Budget Allocation

The €1.28 million budget is funded through a combination of municipal funds and European Union co-financing under the Riga Sustainable Mobility Plan. The allocation covers design, materials, labor, and infrastructure upgrades such as drainage and surface paving.

City officials emphasized that the investment aligns with Riga’s long-term goals to reduce carbon emissions and increase the share of cycling in urban transport to 15% by 2030, as outlined in the city’s Climate Neutrality Strategy.

Impact on Urban Mobility

The new path is expected to benefit thousands of daily commuters, students, and recreational cyclists. By providing a direct, traffic-free route between residential areas in Pardaugava and the city center, the project aims to encourage a shift from car use to active transportation.

Experts from the Riga Technical University’s Transport and Telecommunication Institute note that similar infrastructure projects in European cities have led to measurable increases in cycling rates and improvements in air quality.

Community and Environmental Benefits

Beyond transportation efficiency, the bicycle path supports broader environmental and public health objectives. Increased cycling reduces traffic congestion, lowers noise pollution, and contributes to better public health outcomes through increased physical activity.

The route will too integrate with existing bike lanes and green corridors, forming part of a larger network aimed at making Riga more bike-friendly. Planners have ensured compatibility with future expansions, including connections to the upcoming Riga Veloroute.

Conclusion

The approval of the €1.28 million bicycle path between the Cable-Stayed Bridge and the Railway Bridge marks a significant step forward in Riga’s efforts to build a more sustainable, livable city. By investing in safe, accessible cycling infrastructure, the city is not only improving daily mobility but also advancing its climate and public health goals. As construction begins, residents can look forward to a safer, greener way to cross the Daugava River.

Frequently Asked Questions

When will construction begin?

Construction is expected to start in late 2024, with completion scheduled for mid-2025, according to Riga City Council.

How long is the new bicycle path?

The path will be approximately 1.2 kilometers long, connecting the Cable-Stayed Bridge and the Railway Bridge over the Daugava River.

Who is funding the project?

The project is funded by Riga’s municipal budget and co-financed by the European Union under the Riga Sustainable Mobility Plan.

Will the path be separated from vehicle traffic?

Yes, the bicycle path will feature dedicated, physically separated lanes for cyclists and pedestrians to ensure safety.

How does this project support Riga’s environmental goals?

By promoting cycling as a viable alternative to driving, the path helps reduce carbon emissions, traffic congestion, and noise pollution, supporting Riga’s target of climate neutrality by 2030.