| What is the purpose of a Water Metro system? | systematic movement of people and, where applicable, vehicles | A Water Metro is a mechanically propelled, mass passenger transport system/supplementary urban water transport system operating on inland, coastal, or other water bodies, designed for systematic movement of people and, where applicable, vehicles, and may include passenger vessels and Ro‑Pax excluding cruise vessels. Such systems may operate across intra‑city, inter‑city, coastal, and inter‑island corridors, on rivers, canals, lakes, backwaters, estuaries, creeks and coastal | 184 | definition | 1.000 | https://www.shipmin.gov.in/sites/default/files/OM%20No.%20SIP-0412026-SIP%281%29%20dated%2024.06.2026-combined.pdf | A Water Metro is a mechanically propelled, mass passenger transport system/supplementary urban water transport system operating on inland, coastal, or other water bodies, designed for systematic movement of people and, where applicable, vehicles, and may include passenger vessels and Ro‑Pax excluding cruise vessels. | 5 | page=5,block=9 | 0.700 | valid |
| What type of evaluation should be conducted in the DPR to compare the water metro project with other urban transport options? | comparative cost effectiveness analysis with other available urban transport mode | it should not be seen as a mere tool for enhancing financial viability as this will defeat the very purpose of having a high- capacity mass transit system which brings in greater economic, social and environmental benefits to the region. EIRR for any Water Metro project proposal holds greater significance than FIRR. DPR for the water metro project will be location-specific and will cover diversity of hydrological and geographical conditions across cities along with variations in tidal patterns, sedimentation rates, seasonal water levels, navigational depth, and coastal vulnerability and will require location-specific techno-economic assessments. DPR for the projectshould make an assessment of alternatives, which includes comparative cost effectiveness analysis with other available urban transport mode. | 731 | definition | 1.000 | https://www.shipmin.gov.in/sites/default/files/OM%20No.%20SIP-0412026-SIP%281%29%20dated%2024.06.2026-combined.pdf | DPR for the projectshould make an assessment of alternatives, which includes comparative cost effectiveness analysis with other available urban transport mode. |
| How does the Water Metro address the challenge of limited land availability for new transportation infrastructure? | by utilizing existing navigable waterways | Rapid growth requires various modes of transportation, but the availability of land for new transport infrastructure is becoming increasingly constrained.The Water Metro model addresses this limitation by utilizing existing navigable waterways to create a robust, reliable, and environmentally sustainable urban transport network. It represents an innovative shift in city mobility, offering safe, efficient, cost‑effective, and eco‑friendly alternatives to conventional road‑based systems. The Inland Water Transport (IWT) system in India plays a critical role in strengthening urban mobility and regional connectivity. It enhances access to remote or water‑locked areas, enables shorter and faster travel by bypassing long road corridors, and helps decongest overburdened road networks. | 202 | relationship | 0.970 | https://www.shipmin.gov.in/sites/default/files/OM%20No.%20SIP-0412026-SIP%281%29%20dated%2024.06.2026-combined.pdf | Rapid growth requires various modes of transportation, but the availability of land for new transport infrastructure is becoming increasingly constrained.The Water Metro model addresses this limitation by utilizing existing navigable waterways to create a robust, reliable, and environmentally sustainable urban transport network. |
| Why are reasonable, affordable fares important for Water Metro corridors? | several corridors will serve lower‑income users | While overall project costs are expected to be lower than rail‑based MRTS due to limited land‑side construction, the induction of low‑emission vessels and the supporting energy ecosystem (charging/bunkering, shore power, APFC, resilience) increases upfront capex. Ridership growth potential and modal shift may be comparatively modest relative to metro rail, and several corridors will serve lower‑income users, warranting reasonable, affordable fares to sustain mass‑transport utility. | 363 | relationship | 0.970 | https://www.shipmin.gov.in/sites/default/files/OM%20No.%20SIP-0412026-SIP%281%29%20dated%2024.06.2026-combined.pdf | Ridership growth potential and modal shift may be comparatively modest relative to metro rail, and several corridors will serve lower‑income users, warranting reasonable, affordable fares to sustain mass‑transport utility. | 13 | page=13,block=13 | 0.700 | valid |
| Why is the requirement for alignment with the regulatory framework and safety standards necessary for National Waterways? | to ensure that the proposed development is aligned with the regulatory framework, navigational requirements, and safety standards | This requirement is necessary to ensure that the proposed development is aligned with the regulatory framework, navigational requirements, and safety standards applicable to National Waterways. For development of Water Metro projects on waterways other than National Waterways, IWAI shall provide necessary facilitation and technical support forpreparation of Detailed Project Reports (DPRs), upon receiving a request from concerned State Government/UT Administration. | 30 | relationship | 0.970 | https://www.shipmin.gov.in/sites/default/files/OM%20No.%20SIP-0412026-SIP%281%29%20dated%2024.06.2026-combined.pdf | This requirement is necessary to ensure that the proposed development is aligned with the regulatory framework, navigational requirements, and safety standards applicable to National Waterways. | 9 | page=9,block=7 | 0.700 | valid |
| How are Water Metro services integrated into urban transportation? | as part of an organized public transport network | waters and are not restricted to Inland Waterways. Water Metro services generally usemodern, standardized vessel designs equipped with prescribed safety, accessibility, environmental‑protection features, and function as part of an organized public transport network. | 217 | summary | 0.970 | https://www.shipmin.gov.in/sites/default/files/OM%20No.%20SIP-0412026-SIP%281%29%20dated%2024.06.2026-combined.pdf | Water Metro services generally usemodern, standardized vessel designs equipped with prescribed safety, accessibility, environmental‑protection features, and function as part of an organized public transport network. | 6 | page=6,block=2 | 0.700 | valid |
| What action might be taken following the review of the guidelines? | suitable revisions may be undertaken to adapt the guidelines | These guidelines shall be periodically reviewed, to ensure continued relevance and effectiveness. The review process shall take into accountevolving alternative fuel and propulsion technologies, changes in demand patterns and ridership behavior, operational experience, cost and financing considerations, and developments across the broader Water Metro ecosystem. Based on such reviews, suitable revisions may be undertaken to adapt the guidelinesto emerging technologies, regulatory changes, best practices, and lessons learnt from | 387 | summary | 0.970 | https://www.shipmin.gov.in/sites/default/files/OM%20No.%20SIP-0412026-SIP%281%29%20dated%2024.06.2026-combined.pdf | Based on such reviews, suitable revisions may be undertaken to adapt the guidelinesto emerging technologies, regulatory changes, best practices, and lessons learnt from | 16 | page=16,block=6 | 0.700 | valid |
| What changes are proposed to enhance the quality and safety of inland water-based passenger transport in Water Metro systems? | a transition towards modern vessels, adoption of advanced navigational and communication systems, compliance with prescribed technical and safety standards, and professionalized operational and maintenance practices | Water Metro systems shall aim to significantlyimprovethe quality, reliability and safety of inland water‑based passenger transport services. This can be achieved through a transition towards modern vessels, adoption of advanced navigational and communication systems, compliance with prescribed technical and safety standards, and professionalized operational and maintenance practices. Emphasis shall be placed on passenger safety, comfort, accessibility, predictable schedules and service reliability to position Water Metro systems as a credible and preferred mode of urban public transport. | 170 | summary | 0.970 | https://www.shipmin.gov.in/sites/default/files/OM%20No.%20SIP-0412026-SIP%281%29%20dated%2024.06.2026-combined.pdf | This can be achieved through a transition towards modern vessels, adoption of advanced navigational and communication systems, compliance with prescribed technical and safety standards, and professionalized operational and maintenance practices. |
| What does the Inland Waterways Authority of India determine based on feasibility studies and technical assessments? | suitable stretches for development of Water Metro projects | For development of Water Metro projects on any National Waterway the Inland Waterways Authority of India (IWAI) will prepare the DPR. IWAI has already conducted many feasibility studies to assess the cargo and passenger traffic potential on many National Waterways. Based on such studies and its technical assessment, IWAI may identify suitable stretches for development of Water Metro projects and undertake necessary project development initiatives. In cases where a State Government or UT Administration intends to independently develop a Water Metro project on a National Waterway, it shall obtain a No Objection Certificate (NOC) from IWAI, in accordance with Chapter IV – “Functions and Powers of the Authority”, Section 14 of the Inland Waterways Authority of India Act. | 336 | summary | 0.970 | https://www.shipmin.gov.in/sites/default/files/OM%20No.%20SIP-0412026-SIP%281%29%20dated%2024.06.2026-combined.pdf | Based on such studies and its technical assessment, IWAI may identify suitable stretches for development of Water Metro projects and undertake necessary project development initiatives. |
| What framework will the guidelines encourage in the Water Metro ecosystem? | an ecosystem‑based framework focused on standardization, safety, technical efficiency, and sustainable system design | mode of transportation. In order to ensure systematic implementation of water metro systems across the country, it is important to lay down broad principles for the same. Dedicated Water Metro Guidelineswould provide a structured, coordinated approach between the Centre and States/UTs, positioning waterways as a formal component of public transport alongside existing MRTS modes. The guidelineswould promote an ecosystem‑based framework focused on standardization, safety, technical efficiency, and sustainable system design, including a transition to low‑emission and green propulsion technologies. A common framework will encourageWater Metro systems develop in a coordinated and consistent manner, enabling standardized safety practices, streamlined vessel designs, clear institutional arrangements,scalable and replicable implementation across regions. | 410 | summary | 0.970 | https://www.shipmin.gov.in/sites/default/files/OM%20No.%20SIP-0412026-SIP%281%29%20dated%2024.06.2026-combined.pdf | The guidelineswould promote an ecosystem‑based framework focused on standardization, safety, technical efficiency, and sustainable system design, including a transition to low‑emission and green propulsion technologies. |