Kyrgyzstan's Osh to Build Tunnel and Overpass at Busy Interchange
Translated from Russian, summarized and contextualized by DistantNews.
At a glance
- Osh, Kyrgyzstan, plans a major reconstruction of the "Dostuk" traffic interchange to ease congestion.
- The project includes building underground and above-ground roadways and a pedestrian crossing.
- The reconstruction aims to increase traffic flow, reduce jams, and improve road safety on a critical city artery.
Osh, Kyrgyzstan's second-largest city, is set to undergo a significant infrastructure upgrade with the planned reconstruction of the "Dostuk" traffic interchange, one of its busiest and most problematic intersections. The project aims to transform the congested area into a more efficient and safer transport hub.
The ambitious plan includes the construction of both underground and above-ground roadways, along with an integrated pedestrian crossing within the interchange itself. According to the Osh city administration, the section connecting Kuligova and Kurmanjan Datka streets will be expanded to six lanes, while the segment between Kasymbekov and Osmonov streets will be widened to eight lanes.
To enhance pedestrian safety and accessibility, a separate pedestrian crossing will be built, featuring eight staircases and four ramps designed for individuals with limited mobility. City authorities anticipate that the implementation of this project will significantly alleviate traffic on one of the city's most critical road network sections, reduce vehicle congestion, and ultimately improve overall road safety.
The "Dostuk" interchange reconstruction is a key initiative to modernize Osh's urban infrastructure and manage the growing traffic demands. By creating multi-level traffic flow and dedicated pedestrian pathways, the city aims to create a more functional and modern urban environment for its residents.
Originally published by 24.kg in Russian. Translated, summarized, and contextualized by our editorial team with added local perspective. Read our editorial standards.