Delhi and Noida, two bustling metropolises, have just witnessed a significant improvement in their commuting landscape. The newly inaugurated two-lane underpass on Bhairon Marg is set to revolutionize travel between these cities, offering a quicker and more efficient route.
Key Highlights: The recent opening of the two-lane underpass on Bhairon Marg marks a pivotal moment for daily commuters between Delhi and Noida, addressing long-standing traffic challenges.
Saving Time and Distance: Commuters heading towards Noida will no longer have to navigate an additional 500-600 meters, translating to a time savings of approximately 15-30 minutes. The underpass aims to streamline the route, eliminating the need for a detour via the Ring Road.
Underpass Specifications: Spanning approximately 150 meters, the underpass is a part of a broader project by the Public Works Department (PWD). The 5-lane underpass under the railway track on Bhairon Marg is designed to enhance traffic flow between the two cities.
Phased Opening and Future Plans: While the two-lane section of the underpass is now operational for traffic from Delhi to Noida, the three-lane section for vehicles traveling from Noida to Delhi is still under construction and expected to be completed in the coming months.
Impact on Traffic Flow: With the underpass in operation, the existing U-turn on the Ring Road will be closed. This adjustment is anticipated to alleviate traffic congestion and ensure a smoother flow along this stretch of the Ring Road.
Trial Basis and Monitoring: The initial opening of the underpass is on a trial basis, allowing authorities to monitor the situation closely. Adjustments may be made, including temporary closures for further assessment and improvements.
InShort: The introduction of the new Bhairon Marg underpass is a welcome change for commuters between Delhi and Noida. Beyond time savings, it aims to streamline traffic, reducing congestion and enhancing overall travel efficiency. As the city continues to grow, such infrastructural developments play a crucial role in meeting the increasing demands of urban transportation.
