Brooklyn Bridge Opens

On May 24, 1883, the Brooklyn Bridge opened to pedestrian traffic, and the next day to vehicles. The span had consumed 13 years of construction, $15.5 million (roughly $450 million in 2024 dollars), and the lives of at least 20 workers, including the project's chief engineer John A. Roebling, who died of tetanus in 1869 after a construction accident. His son, Washington Roebling, took over as chief engineer and saw the project through to completion, though he suffered from decompression sickness (then called caisson disease) and spent the final years directing work from his apartment via his wife Emily Warren Roebling, who became the first person to cross the bridge on opening day.

The bridge stretched 1,595 feet between its two stone towers-an engineering marvel that held the record for longest suspension bridge span for 20 years. Its towers rose 278 feet above the water, and the roadway hung 135 feet above high tide. The design used steel wire cables, a relatively new technology, with four main cables each containing 5,296 individual wires. The construction required new techniques for working underwater in caissons and set standards for large-scale suspension bridge engineering.

The opening was a public celebration tinged with caution. On May 24, President Chester Arthur and New York Governor Franklin D'Almond led a ceremonial walk across. The bridge filled immediately with pedestrians-estimates ranged from 150,000 to 300,000 people crossed on opening day alone. A week later, on May 30, a woman's dropped shoe triggered a panic in a crowd, killing 12 people in a crush on the pedestrian path.

The bridge became instantly iconic. It connected two previously separate cities (they would officially merge into Greater New York City in 1898) and demonstrated American engineering capability to the world. For New Yorkers, it transformed the geography of daily life-what had been a half-hour ferry ride became a 20-minute walk. The bridge's Gothic stone towers and intricate cable work made it instantly recognizable, and it appeared in photographs, paintings, and newspaper illustrations within days of opening.

The bridge remained a source of both pride and practical concern. It required constant maintenance; by 1888, engineers had already replaced significant sections of cable. But it survived the 20th century largely intact, becoming one of the few 19th-century infrastructure projects to enter the 21st century still handling its original function. Today it remains one of the most recognizable bridges in the world.