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East River, New York · 24 May 1883 · John, Washington and Emily Roebling

Courage Said, “It Shall Be!”

For fourteen years the Roeblings and their crews dug under the East River and spun steel wire over it. Then they opened the longest bridge on earth.

Bird’s-eye view of the opening-night fireworks over the New York and Brooklyn Bridge, 24 May 1883.

The moment · 25 August 1876

A single wire rope hangs between the towers, high over the East River. Master mechanic E. F. Farrington climbs into a boatswain’s chair hooked to it and rides out over open water. Thousands watch from both shores. He waves. He makes it across.

Bird’s-eye view of the opening-night fireworks over the New York and Brooklyn Bridge, 24 May 1883.. A. Major, publisher / The Metropolitan Museum of Art.
1,595 ftmain span, longest on earth
276 fttowers above high water
5,434steel wires in each cable
14 yearsto build it

Before 1883 the only way between New York and Brooklyn, the first and third largest cities in America, was by boat. John A. Roebling drew a bridge high enough for sailing ships to pass under and long enough to cross the river in a single span. He died before work began. His son built it anyway. It took fourteen years.

0 100 200 300 FT TOWERS 276 FT 135 FT CLEAR MANHATTAN FOOTING 78½ FT DOWN BROOKLYN FOOTING 44½ FT DOWN 1,595 FT MAIN SPAN
The main span, towers and river foundations in side view, drawn to scale.
  1. The designer falls

    John A. Roebling is standing on the Fulton Ferry slip, fixing the spot for the Brooklyn tower, when a docking ferry crushes his foot against the pilings. He is 63. Tetanus sets in, and he dies on 22 July. The trustees turn to his son. Washington Roebling is 32, a Civil War officer who helped his father build the record-setting span at Cincinnati.

  2. The Brooklyn caisson

    The foundation goes in first. It is a giant timber box, 168 feet long and 102 feet wide, open at the bottom. Tugs tow it down the river to the Brooklyn shore and sink it onto the riverbed. Inside, compressed air holds the river out while men called sandhogs dig away the mud and boulders. Masons stack stone on the roof, and the whole mass sinks as they dig.

  3. Fire under the river

    A worker’s candle sets the caisson’s timber roof smoldering. Washington Roebling goes down and fights the fire for hours, until he collapses and has to be carried out. Then he floods the caisson. Fireboats pump it full of river water and it stays drowned for days. The damage is repaired, and in March 1871 the Brooklyn caisson is filled with concrete at 44½ feet.

  4. Stop at 78½ feet

    The New York caisson goes deeper, and the air pressure grows with it. In the first five months of 1872 about 110 men come down with caisson disease, the bends, and three die. Bedrock is still far below. Roebling judges the packed sand and gravel at 78½ feet strong enough and stops digging. The tower still stands on it. The bends have wrecked his own health too.

  5. Orders from the sickroom

    Washington Roebling can no longer go to the river. He runs the job from his bed by letter and memo. His wife, Emily Warren Roebling, learns the mathematics, the strength of materials and the cable work. She carries his orders to the engineers and brings back their questions. In 1882 some trustees move to replace the crippled chief engineer. The vote fails, and Roebling stays.

  6. The first rope

    Both towers now stand. A scow pays a wire rope across the bottom of the river from tower to tower. The crews wait more than half an hour for a gap in the boat traffic. Then the signal comes, the steam engine hauls, and in four minutes the rope swings clear of the water to cheers from the wharves and the ferry boats.

    A finished tower and the first wire ropes strung over the East River, about 1876.
    A finished tower and the first wire ropes strung over the East River, about 1876.. Unidentified photographer / Brooklyn Museum.
    Assistant engineer C. C. Martin, from the New York towerGo ahead!
  7. Across on a wire

    E. F. Farrington, the master mechanic who will build the cables, climbs into a boatswain’s chair hung from the new rope and is hauled across the East River, tower to tower, while thousands watch from both shores. He waves to them on the way. He goes first on purpose. He wants the riggers who will follow him to see his “entire confidence in the strength and security of the work.”

  8. Spinning the cables

    Wheels run back and forth over the river on the traveler ropes, each one laying a loop of steel wire. Riggers on a swaying footbridge set every wire in place. When contractor J. Lloyd Haigh is caught slipping rejected wire into the cables, Roebling orders 150 extra wires added to each one. The last wire crosses on 5 October 1878. Each cable holds 5,434 wires and 3,515 miles of steel.

  9. Opening day

    Business stops in both cities. President Chester A. Arthur and Governor Grover Cleveland walk across from the New York tower as warships in the river fire salutes and steam whistles roar on both shores. After the speeches they go to Washington Roebling’s house on Columbia Heights to honor the man who built it. That night fireworks burst over the river. At midnight the bridge opens to everyone.

    Mayor Seth Low of Brooklyn, accepting the bridgeScience said, “It is possible,” and Courage said, “It shall be!”

The Roeblings

John A. Roebling, about 1869.
DesignerJohn A. Roebling

Prussian-born engineer who came to America in 1831, made wire rope in Pennsylvania and built the great suspension bridges at Niagara and Cincinnati. He designed the Brooklyn Bridge in 1867 and gave his life surveying its site.

Washington A. Roebling, with his bridge in the window behind him, about 1899.Age 45
Chief EngineerWashington A. Roebling

Rensselaer-trained engineer who was among the first Union officers on Little Round Top at Gettysburg. Took charge at 32, fought the caisson fire himself, and finished the bridge from his sickroom after the bends crippled him.

Emily Warren Roebling in cap and gown after completing the Woman’s Law Class at New York University, 1899.Age 39
Voice of the Chief EngineerEmily Warren Roebling

Learned higher mathematics and bridge engineering so she could carry her husband’s orders to the job. For the rest of the build she was the link between the chief engineer and his men. Abram Hewitt honored her by name on opening day.

By the numbers

78½ ftbelow high water, the depth of the New York tower’s foundation
3,515 miof steel wire spun into each of the four main cables
135 ftof clear height under the deck at mid-span, room for tall-masted ships
97,000 tonsof masonry in the New York tower
1,520suspenders hanging the deck from the cables, plus 400 diagonal stays
1,057 ftspan of Roebling’s Cincinnati bridge, the world record when it opened in 1866
150,000people who crossed on the first day, along with 1,800 vehicles
$15.5Mtotal cost of the bridge, land included

Watch, listen, see

Films, photographs and first-hand accounts from across the web. Each opens in a new tab.

“The completed work, when constructed in accordance with my designs, will not only be the greatest bridge in existence, but it will be the greatest engineering work of the continent, and of the age.”

John A. Roebling, report to the New York Bridge Company, 1 September 1867

After

Washington Roebling missed the ceremonies, but the President came to his door. On 17 May 1884 P. T. Barnum marched 21 elephants across the bridge, led by Jumbo, to show everyone how solid it was.

The Roebling system of air-spun parallel steel wire became the standard for suspension bridges around the world, from the George Washington Bridge to the Golden Gate. A bronze plaque on the bridge honors all three Roeblings.

The bridge became a National Historic Landmark in 1964. More than 140 years after it opened, it still carries over 100,000 vehicles a day, and tens of thousands of people still walk Roebling’s promenade.