The Panama Canal is an 82-kilometer artificial waterway in Panama, Central America, connecting the Atlantic Ocean (via the Caribbean Sea) and the Pacific Ocean. It is one of the greatest engineering achievements in history and handles approximately 6% of world maritime trade, serving as the vital link for shipping between the eastern and western hemispheres.
Engineering Achievement: Unlike the Suez Canal, the Panama Canal requires a sophisticated system of three sets of locks that raise and lower ships approximately 26 meters to cross the continental divide. Freshwater from Gatún Lake (an artificial lake created for the canal) fills each lock chamber — no pumps required, only gravity. The 2016 expansion added a third, larger set of locks, transforming global container shipping economics.
The canal cuts through the narrowest point of the American landmass, reducing the journey between New York and San Francisco from ~22,500 km (around Cape Horn) to just ~9,500 km — a saving of nearly 13,000 km. It is operated by the Panama Canal Authority (ACP), a Panamanian government agency since full control was transferred from the USA in 1999.
The Panama Canal has defined two of the most important vessel size classifications in world shipping history.
Post-Panamax Impact: Before the 2016 expansion, large container ships (Post-Panamax) were forced to use the Suez Canal for Asia–US East Coast routes. After expansion, vessels up to ~14,000 TEU can now transit Panama, reshaping trade lane economics and causing a boom in US East Coast port investment.
Water Crisis: In 2023, severe drought caused Gatún Lake water levels to fall to historically low levels. The ACP was forced to restrict daily vessel transits from ~36 to as few as 18 per day, and imposed strict draft restrictions. Ships faced weeks-long queues and some were forced to reroute via Suez. This highlighted the canal's critical vulnerability to climate change.
Real-time ship positions at the Panama Canal and surrounding waters.
Data provided by VesselFinder AIS tracking system