
Fri Apr 03 08:13:13 UTC 2026: ### Goregaon Mulund Link Road’s Final Phase Awarded, Promising to Ease Mumbai Congestion
The Story:
The Brihanmumbai Municipal Corporation (BMC) has awarded the contract for the final phase of the ambitious Goregaon Mulund Link Road (GMLR) project. This phase involves the construction of a 1.33 km cable-stayed bridge linking Nahur and Airoli, at a cost of Rs 1,662 crore. The project also marks the BMC’s first venture into constructing cloverleaf loop interchanges to alleviate congestion on the Eastern Express Highway, improving east-west connectivity within Mumbai and to Thane.
The GMLR project encompasses four phases, with work already underway on the first three. The final phase, commencing from the ROB Nahur, will feature the cable-stayed bridge over the existing Airoli flyover and cloverleaf interchanges providing signal-free connectivity in four directions. The project aims to streamline traffic flow between Nahur, Airoli, Thane, and Mumbai.
Key Points:
- Project: Goregaon Mulund Link Road (GMLR) – Phase 4 Awarded
- Contractor: Not explicitly named in the article, but awarded by the BMC.
- Cost: Rs 1,662 crore for Phase 4.
- Scope: Construction of a 1.33 km cable-stayed bridge and cloverleaf interchanges.
- Location: Linking Nahur and Airoli, over the Eastern Express Highway.
- Completion Date: Expected by June 2029.
- Tender Float Date: December 15, 2025
- Contract Award Date: March 2026
Key Takeaways:
- The GMLR project signifies a major infrastructure push by the BMC to improve Mumbai’s east-west connectivity.
- The use of cloverleaf interchanges demonstrates a strategic approach to decongesting the traffic-heavy Eastern Express Highway.
- The project’s scale and cost highlight the significant investment required to address Mumbai’s transportation challenges.
- The projected completion date of June 2029 indicates a long-term commitment to improving the city’s infrastructure.
- The project aims to provide signal-free connectivity between Nahur, Airoli, Thane, and Mumbai, significantly reducing travel times.