The bridge's design supports a massive load, including the weight of the water itself, which is displaced by the ships crossing.
Construction required 24,000 tons of steel and 68,000 cubic meters of concrete.
The project was initially conceived in the early 20th century, but construction was delayed for decades due to the two World Wars and the division of Germany.
It connects the transit routes between Berlin and the Ruhr region, significantly shortening journey times for freight vessels.
The structure is part of a larger waterway junction that includes a ship lift and a lock system, creating a versatile transit hub.
The trough is built from high-grade weather-resistant steel, minimizing maintenance requirements for the submerged surface.
The Magdeburg Water Bridge is the longest navigable aqueduct in the world, stretching 918 meters across the Elbe River. It connects the Elbe-Havel Canal to the Mittelland Canal, allowing ships to bypass the natural river path and avoid low water levels. The steel trough construction holds water at a depth of 4.25 meters, facilitating the passage of large commercial barges. It forms part of the 'Magdeburg Waterway Cross,' a complex of hydraulic engineering structures including double-lock systems. The bridge sits at an elevation that allows road and pedestrian traffic to pass beneath it while vessels travel overhead. It functions as a crucial junction in the German inland waterway network.
From the pedestrian walkway looking down the center of the aqueduct with a ship mid-transit.
Bring binoculars to observe the mechanical operations of the nearby locks and the ship lift.
Wear wind-resistant clothing, as the exposed bridge deck is often subject to strong crosswinds.
Walk the entire length of the pedestrian path to see the water levels relative to the surrounding landscape.
Do not attempt to walk on the embankments or maintenance service roads restricted to personnel.
Stay on marked pedestrian paths; do not cross safety railings near the canal edge.
