Multimodal logistics

Also called: Multimodal transport · Topic: Infrastructure: Transport, Communications and Energy · NCERT: Beyond NCERT

Meaning

Multimodal logistics means moving goods by two or more modes of transport (road, rail, waterways, air) under one contract, with smooth transfers from one mode to the next.

• One contract means one party is responsible for the goods from start to finish.
• Smooth transfers mean less waiting, less double handling (loading and unloading the same goods again and again) and less damage.

It matters because it lowers logistics cost (total spending on moving and storing goods). Lower logistics cost makes Indian goods cheaper, and so easier to sell, at home and abroad.

Explanation

How it works

• Each mode does what it does best:
• Road is flexible, so it suits short first-mile and last-mile trips.
• Rail and waterways are cheap for bulk cargo over long distances.

• Air is fast, so it suits costly or perishable goods.

• One contract, one responsible party: the shipper deals with one operator instead of a separate truck firm, railway and shipping line.

• If goods are late or damaged, it is clear who is answerable.

• Hubs join the modes: goods switch from one mode to another at a hub, for example from truck to train at a logistics park.

• If the hub works well, the switch is quick and cheap.

• If it works badly, cargo waits, gets handled twice and may be damaged. This cancels out the gain from using the cheaper mode.

• Why India needs it (history): India's first railway ran in 1853 (Bombay–Thane). Colonial railways, roads and ports were built mainly to carry raw materials to the ports and bring British goods inland. They were not built to link Indian markets with each other.

• Result: the network came in broken pieces, and each mode worked alone.
• Today's policy tries to join the modes into one system. As the Class 7 idea puts it, infrastructure is like "pieces of a puzzle", and it helps fully only when the pieces fit.

The building blocks

• Multimodal logistics park (MMLP): a freight hub that combines rail, road and other links with warehousing, customs and value-added services (such as sorting, packing and labelling).
• Goods from many small senders are consolidated (put together into full trucks, rakes or containers).

• Full loads → lower cost per tonne → small firms can also afford cheap bulk modes.

• Dry port / inland container depot (ICD): an inland terminal linked to seaports by rail or road.

• It offers customs clearance and container handling close to where the cargo is made. So exporters far from the coast do not have to clear goods at a crowded seaport.

• Dedicated freight corridors: rail lines only for goods trains. They form the fast, long-distance "spine" between hubs.

• Digital tracking: one data window that shows where a consignment is on road, rail and sea. This makes a single contract workable in practice.

What makes it succeed or fail

• The first and last mile matter most: on trips of about 600 km, making the first and last 50 km better can lower total logistics cost a lot [2].

• This is why last-mile links (short roads and rail sidings to factories and ports) are a policy priority [2].

• Speed at the transfer point: the biggest delays in world trade happen at seaports and airports [5]. Hubs are where multimodal systems usually break down.

• Joint planning: if road, rail and port agencies each plan alone, a hub may be built with no rail siding, or a port may have no road link.
• Paperwork: hold-ups at state borders slow every mode. GST and the e-Way Bill removed long-standing hold-ups in moving goods between states [2].

Measuring the gain: logistics cost

• Formula:
• Logistics cost (% of GDP) = (Transport + Warehousing + Inventory-carrying + Administrative costs) ÷ GDP × 100

• Inventory-carrying cost is the money locked up in goods while they wait or travel, plus interest, insurance and damage. Multimodal logistics cuts it by cutting waiting time.

• Worked example (practice numbers only):

• Transport ₹15 lakh crore + warehousing ₹3 lakh crore + inventory ₹4.5 lakh crore + admin ₹1.5 lakh crore = ₹24 lakh crore.
• GDP = ₹300 lakh crore. So 24 ÷ 300 × 100 = 8% of GDP.
• Suppose better mode-switching brings the share down by 1 percentage point, to 7%. The economy then saves about ₹3 lakh crore a year.

In India

• Latest cost figure: the DPIIT–NCAER study "Assessment of Logistics Cost in India" (released 2025) puts logistics cost at 7.97% of GDP and 9.09% of non-services output for 2023-24. That is ₹24.01 lakh crore [2][1].
• Older estimates of 13–14% of GDP are now called overestimates, based on partial or foreign data [2].

• The study uses a hybrid method. It combines surveys of over 3,500 industry stakeholders with official data from MoSPI, RBI and GSTN [2][1]. It also gives benchmark freight costs per tonne-km (the cost of moving one tonne over one km) for each mode [2].

• National Logistics Policy (NLP), 17 September 2022: aims to bring logistics cost down to global benchmarks and reach the LPI top 25 by 2030.

• ULIP (Unified Logistics Interface Platform): a single data window that links 34 logistics digital systems/portals across ministries. It recorded 100 crore API transactions in March 2025 [1]. (An API is a software link through which one system asks another for data.)
• LDB 2.0 (Logistics Data Bank): users can track containers by container number, vehicle number or railway FNR (Freight Name Record) across road, rail and sea. A live heat map shows where containers are stuck [2].

• SMILE (Strengthening Multimodal and Integrated Logistics Ecosystem): run by DPIIT with the Asian Development Bank. Logistics plans have been launched in 8 pilot cities in 8 states [2].

• PM Gati Shakti National Master Plan, 13 October 2021: a GIS-based digital platform (a digital map with many data layers) where about 16 ministries plan projects together [6].

• Seven engines: railways, roads, ports, waterways, airports, mass transport and logistics infrastructure.

• The Network Planning Group (NPG), an inter-ministerial body, checks major projects against the master plan before they go ahead.

• MMLPs: part of Bharatmala. Chennai (Mappedu) is listed as the first (NCERT scaffold; verify before using it in an answer).

• Industrial corridor hubs include the MMLP at Sanand (Gujarat), the Integrated Multi-Modal Logistics Hub at Nangal Chaudhary (Haryana) and the Multi-Modal Logistics and Transport Hub at Dadri, Greater Noida (UP). The last two were nearing completion as of February 2026 [3].

• Gangetic Plain: a working example of rail and waterway together:

• The Eastern Dedicated Freight Corridor (EDFC) has cut wagon turnaround (the time a wagon takes to be loaded, unloaded and made ready again) from 15–16 days to 2–3 days. It has cut transit time from over 60 hours to about 35–38 hours [2].
• The Ganga waterway meets the EDFC at Varanasi, so cargo can go on to eastern ports like Haldia [2].
• World Bank support: $1.96 billion for the EDFC and rail logistics, and $375 million for the Ganga waterway [2].

• Inland waterways carried a record 145.84 million tonnes of cargo in 2024-25 [2].

• Result on the world stage: India ranked 38th of 139 countries in the World Bank's Logistics Performance Index (LPI) 2023, up from 44th in 2018 [4].

Don't confuse with

• Intermodal transport: goods also use several modes, but each leg usually has its own contract and carrier. Multimodal means one contract and one responsible party for the whole trip.
• Unimodal transport: only one mode (for example, a truck all the way). There is no transfer between modes.
• Dry port / ICD vs MMLP: a dry port is mainly an inland customs and container point linked to a seaport. An MMLP is a bigger freight hub with rail and road links, warehousing, customs and value-added services, and it comes under Bharatmala.
• Dedicated freight corridor vs industrial corridor: a DFC is a rail line only for goods trains. An industrial corridor is a planned belt of factories, logistics, cities and utilities built along such a transport spine.

Prelims Hooks

• Multimodal logistics = two or more modes + one contract + smooth transfers. The "one contract" part is what sets it apart from intermodal transport.
• Latest logistics cost: 7.97% of GDP (2023-24), or ₹24.01 lakh crore, from the DPIIT–NCAER study. It is not the old 13–14% figure [2].
• NLP: 17 September 2022. PM Gati Shakti: 13 October 2021. Don't mix up the two dates. Gati Shakti has 7 engines, and projects are vetted by the Network Planning Group.
• ULIP links 34 digital systems and logged 100 crore API transactions in March 2025 [1].
• SMILE is run by DPIIT with the Asian Development Bank (not the World Bank), in 8 pilot cities [2].
• MMLPs come under Bharatmala. The Ganga waterway meets the EDFC at Varanasi [2].

Mains Points

• Cost and competitiveness:
• At 7.97% of GDP, logistics cost is lower than earlier thought [2]. But smaller firms face much higher logistics costs than large firms [2].
• Multimodal hubs help here: consolidation at MMLPs and dry ports lets small senders share the cheap bulk modes (rail and water).

• So the next reforms should focus on last-mile links, hub efficiency and digital tracking (ULIP, LDB 2.0). Building more highways alone will not be enough.

• From mode-by-mode building to integrated planning:

• Colonial and early planned infrastructure was built one mode at a time, so the network came in broken pieces.
• PM Gati Shakti, NLP and SMILE try to plan corridors, hubs and last-mile links together. The EDFC–Ganga waterway link at Varanasi is a test case [2].

• Risks remain: land acquisition for hubs, uneven state capacity (which LEADS measures) and slow private investment in new hubs.

• Modal shift and sustainability:

• Moving bulk cargo from road to rail and waterways lowers cost per tonne and eases congestion on highways.
• This works only if the transfer at hubs is quick. Otherwise shippers stay with door-to-door trucking. Record inland waterway cargo of 145.84 million tonnes in 2024-25 shows the shift has begun [2].

Related concepts

• Logistics cost
• Logistics Performance Index
• Multimodal logistics park
• Dry port
• Free trade and warehousing zone
• Industrial corridor
• Plug-and-play infrastructure
• Cold storage

Read more

• Logistics, corridors and storage: making the pieces fit