Big changes are coming to the Zero Mile Auto Stand in Muzaffarpur. The parking system will be restructured as part of a new development plan aimed at easing traffic congestion. The Road Construction Department (RCD) has finalized a fresh proposal and will soon send it to headquarters for approval.

This move follows a detailed report published in Hindustan on May 26, highlighting the lack of safety and facilities at the stand despite an annual revenue of ₹30 lakh.

What’s Changing?

  • Separate stands for routes going toward Bairia, city center, Sitamarhi (via medical college), and Darbhanga
  • Proper drainage and parking spaces to eliminate waterlogging
  • Focus on driver safety and traffic flow
  • Expected to reduce jams by up to 70%

Background

Two years ago, a tender was issued for developing the auto stands, but the contractor failed to execute the project and was blacklisted. The issue resurfaced after news coverage, prompting the RCD to step in again.

Executive Engineer Ganesh Kumar from RCD Division 1 confirmed that the proposal has been rewritten and is ready for departmental review. Once approved, the department will issue a fresh tender to begin construction.

Did You Know?

  • There are four major auto routes from Zero Mile: Bairia, City, Sitamarhi, and Darbhanga
  • Drivers often park on the roadside due to lack of facilities, worsening traffic
  • Upgrades will include designated parking zones and basic infrastructure

FAQs

Why is the Zero Mile Stand being redeveloped?

To improve traffic flow and provide basic amenities for auto drivers and passengers.

Who is responsible for this project?

RCD Muzaffarpur Division 1 is handling the planning and development.

What problems are currently faced?

No proper parking, waterlogging, and lack of passenger safety features.

When will the work begin?

As soon as headquarters approves the proposal, tenders will be issued and work will begin.

How much will this reduce traffic jams?

Officials estimate that congestion could reduce by 70% once facilities are improved.