Japanese Delegation visits KRIDE to explore Bengaluru Suburban Rail Project opportunities
GMRC issues ₹879 crore Civil Tender for Airport Extension under Ahmedabad Metro Phase 2A
Global Mobility Leaders Alstom and Siemens become Corporate Member of Chamber of Railway Industries
L&T-MHI JV wins contract for Automated People Mover at Dubai’s Al Maktoum International Airport
Delhi Metro Rail Network to expand to 695 km by 2047, Six new RRTS Corridors planned
HÜBNER at InnoTrans 2026: Global rail expertise and local capability for India’s Next-Gen Mobility
Australia shortlists three firms/consortia for Sydney–Newcastle High Speed Rail Project
MRVC set to procure 238 AC Vande Metro Trainsets worth ₹19,293 crore from Indian Railways
Maharashtra approves ₹17,725 crore Mumbai Metro Line 13 linking Mira-Bhayandar with Vasai-Virar
Gujarat issues three tenders for 48.38-km Metro-RRTS Hybrid corridors under Ahmedabad Metro Phase 3
Gurugram, India (Metro Rail Today): In a move aimed at tackling congestion and improving last-mile connectivity, the Gurugram Metropolitan Development Authority (GMDA) is considering the introduction of a new-age pod transit system in the city. The authority is likely to undertake a feasibility survey and detailed traffic study to identify high-density corridors suitable for deployment of this innovative mobility solution.
The proposal was discussed during a high-level meeting between GMDA officials and representatives from Suzuki Motor Corporation and Glydways, a US-based pod taxi technology developer. GMDA CEO P.C. Meena indicated that the authority will evaluate the suitability of such systems to complement existing public transport infrastructure and address Gurugram’s growing mobility challenges.
Autonomous, On-Demand Transit Model
The pod taxi system under consideration is based on a network of small, electric, autonomous vehicles that provide private, on-demand rides at a cost comparable to public bus fares. Designed as a disaggregated transport model, the system operates using mini-car-sized pods running on dedicated lanes, either individually or in coordinated groups.
The solution, being developed by Glydways in collaboration with Suzuki, aims to optimise vehicle utilisation while reducing infrastructure and operational costs. It offers a flexible and sustainable alternative to conventional mass transit systems, particularly for first- and last-mile connectivity.
Commenting on the development, Mrs. Mamta Shah, MD & CEO, Urban Infra Group, said, “Exploring pod-based transit systems reflects the growing need for flexible and technology-driven mobility solutions in urban areas. Such systems can effectively complement existing metro and bus networks by addressing last-mile connectivity gaps, which are often the weakest link in urban transport ecosystems.”
Focus on Decongestion and Smart Mobility
The discussions also focused on leveraging innovative transport technologies to ease traffic congestion in Gurugram, one of the most densely populated and rapidly growing urban centres in the National Capital Region. GMDA has been actively working on enhancing mobility through improved traffic management, infrastructure upgrades and strengthening public transport systems.
The introduction of pod taxis aligns with the broader vision of creating a sustainable, commuter-friendly and future-ready transport ecosystem in the city.
PPP Model and Corridor Identification Under Consideration
Earlier this week, representatives from Suzuki and Glydways also presented the concept to the Haryana Chief Minister in Chandigarh. Key aspects discussed included feasibility, potential corridors, route planning, investment frameworks and implementation through a Public-Private Partnership (PPP) model.
The proposed feasibility study will play a crucial role in determining the viability of the system, including cost implications, ridership potential and integration with existing transport networks.
As cities across India explore smarter and more efficient mobility solutions, Gurugram’s initiative reflects a willingness to adopt innovative technologies to address persistent urban transport challenges. If found viable, the pod taxi system could become a key component of the city’s evolving multimodal transport network, offering commuters a seamless and efficient travel experience.