Chords Bridge (Jerusalem) — Light Rail Bridge and City Landmark

Design and structure

The bridge is a cable-stayed structure dominated by a single, inclined pylon from which numerous parallel cables fan out like strings of a harp. This dramatic silhouette and the emphasis on sweeping lines reflect the signature style of its designer, the Spanish architect and engineer Santiago Calatrava. The deck was configured primarily to accommodate tram tracks, along with separate walkways for pedestrians and cyclists, and is illuminated at night to emphasize the cables and mast.

History and construction

Construction was completed in the first decade of the 21st century and the bridge was officially opened in 2008. It was finished ahead of regular light-rail operations, taking its place as part of a wider urban transport and renewal program. The bridge's completion predated the start of full light rail service by several years, a sequence that allowed the structure to be used and evaluated as a new urban landmark before transit schedules were fully implemented.

Uses and significance

Beyond its technical role carrying tram lines, the Chords Bridge functions as a visual gateway and meeting point. It links major transport nodes, helps orient commuters arriving at the bus and rail complex, and has become a frequent subject for photographers and visitors. As an engineered artwork in the public realm, it has been cited in discussions of urban design, public transport planning, and the role of iconic architecture in city identity.

Key characteristics

• Function: dedicated transit deck for the light rail plus pedestrian and cycle ways (light rail).
• Design: single inclined pylon with a radial array of cables, producing a harp-like appearance.
• Location: near the Central Bus Station at the western approach to the city.
• Designer: Santiago Calatrava, noted for sculptural bridges and transit buildings.
• Opened: 2008, preceding regular light rail operations.

The Chords Bridge remains a clear example of form-driven infrastructure: engineered to serve transit needs while making a strong visual statement at a major urban threshold. For further technical details, planning context and images, consult local transport and architecture resources linked from municipal or specialist pages (bridge overview).