Incheon to Rotterdam shipping route.

The shipping route from Incheon, South Korea to Rotterdam, Netherlands covers 10,981 nautical miles port to port, via Suez Canal. On a globe the two ports sit 8,607 km apart, so the ship sails 2.36 times the straight line distance. On the way the vessel passes Strait of Gibraltar, Bab-el-Mandeb, Strait of Malacca and Suez Canal, so canal transit fees and waiting time at the canal are part of every voyage.

Shipping time depends on speed. At 14 knots, a common container ship service speed, the passage takes 32.7 days at sea. Slow steaming at 12 knots stretches it to 38.1 days, while 18 knots brings it down to 25.4. Container transit time on a liner service is longer than the steaming time: ships call at other ports on the rotation, and cargo may transship at a hub. Add terminal time at Incheon and Rotterdam to plan the full ocean transit time.

The shortest route goes through the Red Sea. Since attacks on shipping began there in late 2023, many carriers send ships via Panama Canal instead. That route is 13,475 nautical miles, 2,494 more, and adds about 7.4 days at 14 knots. Longer voyages burn more fuel and tie up more ships, which is why freight rates on Red Sea lanes jumped when the diversions started.

2,341 nm of the route, 21% of it, lies inside North Sea ECA and Mediterranean Sea ECA. In an emission control area ships must burn fuel with no more than 0.1% sulphur or clean the exhaust with scrubbers. That fuel costs more, and carriers add it to the ocean freight bill as a low sulphur or ECA surcharge.

Container freight rates on Incheon to Rotterdam move with fuel prices, ship capacity and the season. Compare several carriers before booking: the cheapest sailing is often the slowest one. At Rotterdam (NLRTM) carriers give about 5 free days before demurrage and detention charges start, so plan the truck or rail pickup before the box lands.

Of the 64 port to port routes from Incheon in this directory, Rotterdam is the 57th shortest. Closer destinations include Antwerp (10,962 nm), London Gateway (10,911 nm) and Felixstowe (10,909 nm).