description Beipanjiang Bridge Duge Overview
The Beipanjiang Bridge Duge is a significant suspension bridge located in China. It’s notable for being the world’s tallest bridge at an elevation of approximately 565 meters above the Beipan River gorge. Constructed in 2016, this structure provides vital roadway access across a challenging terrain and is utilized by engineers, transportation professionals, and those interested in civil infrastructure projects.
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Beipanjiang Bridge Duge ranks #14 of 164 in the Bridge ranking, behind Salginatobel Bridge, ahead of Bixby Creek Bridge.
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Where is the Beipanjiang Bridge Duge located?
The Beipanjiang Bridge Duge is located in southwestern China, spanning the deep Beipan River gorge on the border of Yunnan and Guizhou provinces. It is a vital section of the Hangrui Expressway, connecting the remote mountainous regions of the area. The bridge's remote location requires travelers to drive hours from major cities like Guiyang or Kunming to cross it.
How high is the Beipanjiang Bridge Duge?
The bridge sits at an astonishing elevation of approximately 565 meters (1,854 feet) above the Beipan River, making it officially the tallest bridge in the world. To put that in perspective, it is nearly 200 meters taller than the height of the Empire State Building in New York. It held this record since its completion in 2016.
Can tourists stop on the Beipanjiang Bridge Duge to take photos?
Because the bridge is a major high-speed expressway, stopping on the roadway itself is illegal and highly dangerous. However, there are designated viewing platforms and rest areas near the entrance where visitors can safely pull over. These platforms allow tourists to step out and capture the staggering scale of the suspension cables and the deep gorge below.
Why did engineers build the Beipanjiang Bridge so high?
Engineers were forced to build the bridge at such extreme heights to avoid the deep, unstable karst landscape at the bottom of the Beipan River gorge. By anchoring the suspension cables high up on the solid limestone peaks, they avoided the risk of flooding and severe erosion. The design ensures a stable, all-weather route across an otherwise impassable geographic barrier.
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