Deborah Chan
The Honeymoon Bridge, officially known as the Falls View Bridge, was a steel arch structure that connected Niagara Falls, Ontario, to Niagara Falls, New York. Built in 1897-98, it was the largest steel arch bridge in the world at the time. However, its proximity to the water level and issues with high winds and heavy loads would ultimately lead to its untimely demise. On January 27, 1938, a combination of factors, including a wind storm and ice accumulation, caused the bridge to collapse, plunging into the Niagara Gorge and leaving behind a stark reminder of nature's unforgiving power.
| Characteristics | Values |
|---|---|
| Date of collapse | 27 January 1938 |
| Time of collapse | 4:20 pm |
| Cause of collapse | A wind storm on Lake Erie sent a large amount of ice over the falls, causing a massive ice jam that pushed against the bridge |
| Bridge type | Steel arch bridge |
| Year built | 1897-1898 |
| Builder | Pencoyd Bridge Company of Philadelphia |
| Engineer | Leffert L. Buck |
| Span | 840 feet (256 meters) |
| Track | Double track for electric trams, carriages, and pedestrians |
| Previous issues | Unstable during high winds and heavy loads, slippery wooden deck |
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What You'll Learn
- The Honeymoon Bridge was susceptible to swaying and instability
- A wind storm on Lake Erie sent ice over the falls, causing an ice jam
- The ice jam put pressure on the bridge's abutments and hinge supports
- The bridge collapsed in one piece into the river in front of thousands
- The Rainbow Bridge replaced the Honeymoon Bridge, accounting for previous issues
The Honeymoon Bridge was susceptible to swaying and instability
The Upper Steel Arch Bridge, also known as the Honeymoon Bridge, was susceptible to swaying and instability. The bridge was located just north of the American Falls and was the fourth bridge at the site. It was built in 1897-1898 by the Pencoyd Bridge Company of Philadelphia, under the direction of Engineer R.S. Buck.
The Honeymoon Bridge had a tendency to sway under heavy loads or high winds, which resulted in a widely held belief that the bridge was unstable. On June 8, 1925, during the Festival of Lights, a large crowd gathered on the bridge to watch the fireworks and illumination of the Niagara Falls. The bridge began to sway uncontrollably, causing spectators to flee in terror. Although the bridge did not collapse, it revealed a weakness in its construction.
The bridge was reinforced with lateral bracing to prevent further incidents of excessive movement. However, this did not eliminate the underlying instability. In 1930, an American driver lost control of their vehicle due to the slippery wooden deck and skidded off the bridge, falling into the gorge.
The proximity of the bridge's abutments to the river also made it susceptible to the forces of nature. In January 1899, just a year after its completion, a massive ice bridge threatened the structure as ice piled up around its abutments. Similar incidents occurred in 1938, when a wind storm on Lake Erie sent large amounts of ice over the falls, causing a significant ice jam around the bridge abutments. This ultimately led to the collapse of the Honeymoon Bridge on January 27, 1938, as the immense pressure from the ice proved too much for the structure to bear.
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A wind storm on Lake Erie sent ice over the falls, causing an ice jam
The Upper Steel Arch Bridge, also known as the Honeymoon Bridge, was an international bridge that connected Niagara Falls, Ontario, Canada, with Niagara Falls, New York, United States. It was constructed between 1897 and 1898 and was the largest steel arch bridge in the world at the time. However, its proximity to the water level and its tendency to sway under heavy loads or high winds would ultimately lead to its demise.
In January 1938, during one of the coldest winters on record, a powerful wind storm on Lake Erie sent massive ice formations over the falls. This resulted in a significant ice jam in the Niagara River, with ice levels rising to unprecedented heights. The ice accumulated around the bridge's abutments, which were constructed only a few feet above the water level.
The ice jam caused severe structural damage to the Honeymoon Bridge, twisting its steel frame and compromising its integrity. Despite efforts to reinforce the bridge with lateral bracing after a similar incident in 1925, it was unable to withstand the immense pressure exerted by the ice. The bridge remained intact for several days, drawing thousands of spectators who anticipated its impending collapse.
Finally, on January 27, 1938, at around 4:20 pm, the ice moved, and the Honeymoon Bridge lurched. With a loud groan, the bridge collapsed into the gorge, forming a twisted steel "W" on the ice below. Fortunately, no casualties were reported, but the event left a stark reminder of the formidable power of nature.
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The ice jam put pressure on the bridge's abutments and hinge supports
The Upper Steel Arch Bridge, also known as the Honeymoon Bridge, was a steel arch bridge that connected Niagara Falls, Ontario, Canada, with Niagara Falls, New York, United States. It was constructed between 1897 and 1898 by the Pencoyd Bridge Company of Philadelphia and designed by Engineer R.S. Buck. The bridge featured a two-hinged arch, a latticed rib, and trusses connecting the main span to each shoreline.
The proximity of the bridge to the water level would ultimately lead to its undoing. On January 23, 1938, during one of the coldest winters on record, a powerful windstorm pushed massive ice formations from Lake Erie into the Niagara River, forcing ice over the iconic falls. These ice formations accumulated, forming an imposing ice bridge beneath the Honeymoon Bridge. The ice jam put immense pressure on the bridge's abutments and hinge supports.
The bridge's abutments were constructed just a few feet above the water level of the river and extended to the base of the gorge. This low-lying design made them particularly vulnerable to the accumulation of ice. The ice jam, reaching a height of nearly 100 feet, exerted immense pressure on the abutments and hinge supports of the arch, causing severe structural damage.
As the ice continued to push against the bridge, it eventually gave way and collapsed into the river. The final collapse occurred at 4:20 pm on January 27, 1938, and was witnessed by thousands of onlookers. The bridge plunged into the Niagara Gorge, leaving behind a scene of devastation and serving as a stark reminder of the unforgiving power of nature.
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The bridge collapsed in one piece into the river in front of thousands
The Upper Steel Arch Bridge, also known as the Honeymoon Bridge, was an international bridge that connected Niagara Falls, Ontario, Canada, with Niagara Falls, New York, United States. It was constructed between 1897 and 1898 and was the largest steel arch bridge in the world at the time. The bridge was designed by Engineer Leffert L. Buck and built by the Pencoyd Bridge Company of Philadelphia.
The Honeymoon Bridge had a tendency to sway under heavy loads or high winds, which resulted in a widely held belief that the bridge was unstable. On June 8, 1925, a large crowd had gathered on the bridge to watch the fireworks at the inauguration ceremony of the illumination of the Falls, but they soon fled in terror as the bridge entered a seemingly uncontrollable swing. The bridge was reinforced with lateral bracing to avoid such excessive movement, but it continued to be susceptible to harsh weather conditions.
In January 1938, a combination of thin ice on Lake Erie, a January thaw, and several days of high winds caused water and ice levels in the Lower Niagara River to rise to unprecedented heights. On January 25, a fierce storm struck the Niagara area, causing large chunks of ice to float down the river and accumulate around the bridge's abutments. The bridge was closed to all traffic as the advancing ice had already caused girders to snap and the bridge to twist. Despite the efforts of workmen who braved the elements to try and save the bridge, it was inevitable that the bridge would collapse.
On January 27, at around 4:10 pm, the ice moved on the American side, pushing the bridge off its abutment. With a loud roar, the Honeymoon Bridge collapsed in one piece into the Niagara River in front of thousands of onlookers. The final collapse occurred at 4:20 pm, and the skeletal remains of the bridge attracted tourists from Canada and America. The bridge's collapse led to the construction of the Rainbow Bridge, which was strategically positioned about 500 feet north of the former Honeymoon Bridge location and built to endure strong winds and harsh weather conditions.
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The Rainbow Bridge replaced the Honeymoon Bridge, accounting for previous issues
The Honeymoon Bridge, also known as the Upper Steel Arch Bridge and the Falls View Bridge, was a steel arch structure that connected Niagara Falls, Ontario, Canada, with Niagara Falls, New York, United States. It was constructed between 1897 and 1898 and was the largest steel arch bridge in the world at the time. However, on January 27, 1938, the bridge collapsed due to the immense pressure exerted by massive ice formations from Lake Erie that had been pushed into the Niagara River during one of the coldest winters on record.
The Rainbow Bridge was built soon after the collapse of the Honeymoon Bridge, located about 500 feet north of the previous bridge's location. The Rainbow Bridge was designed to address the issues that had plagued the Honeymoon Bridge. Here are some of the key differences between the two bridges:
- Position and Proximity to Water: The Rainbow Bridge's main arch abutments are located on both sides, approximately 15 meters (50 feet) back from the water's edge and at a significant distance above the water surface. In contrast, the Honeymoon Bridge's abutments were constructed close to the water's edge, and their proximity to the river ultimately contributed to its collapse.
- Materials and Surface: The Rainbow Bridge features steel floor beams and stringers topped by a concrete deck roadway. This design choice enhances traction and safety, especially during wet weather conditions. Conversely, the Honeymoon Bridge had a wooden floor that became slippery when wet, posing challenges for pedestrians and vehicles.
- Span and Design: The Rainbow Bridge boasts a span of 290 meters (950 feet), surpassing the Honeymoon Bridge's span of 256 meters (840 feet). The Rainbow Bridge's approach rises above the top of the gorge, while the Honeymoon Bridge utilized trusses to connect the main span to the tops of the cliffs on the Canadian and American sides.
- Roadways and Amenities: The Rainbow Bridge accommodates two 6.7-meter roadways, separated by a central mall, and includes a 3-meter sidewalk along the south side for pedestrians. In contrast, the Honeymoon Bridge provided double tracks for electric car services and ample room for carriages and pedestrians.
By addressing the shortcomings of the Honeymoon Bridge, the Rainbow Bridge set a new standard for sturdy construction, strategic positioning, and improved safety features, ensuring a safer and more reliable crossing over the majestic Niagara River.
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Frequently asked questions
The Honeymoon Bridge collapsed on January 27, 1938, at 4:20 pm.
The collapse of the Honeymoon Bridge was caused by a combination of factors, including a wind storm that sent massive amounts of ice over the falls, resulting in nearly 100 feet (30 meters) of ice pushing against the bridge. The bridge was also inclined to sway under heavy loads or high winds, which contributed to its instability.
Fortunately, no casualties were reported as a result of the bridge collapse, except for the bridge itself. All vehicle traffic was suspended before the collapse, and engineers who inspected the bridge before its collapse believed it was stable.
