New World's Tallest Bridge by China | United States was Amazed by this Marvelous feat.

China is making waves with a groundbreaking project that is set to surpass the world’s tallest bridge, leaving the global engineering community in awe. Nestled in the deep mountains of Guo Province, China, the Hang Grand Canyon Bridge, often called the "crack in the earth," will soon claim the title of the tallest bridge in the world.
With a total length of 2,980 meters and a main span of 1,420 meters, this steel beam suspension bridge will surpass the current tallest bridge, the Bangang Bridge, by 60 meters. The bridge deck will soar 625 meters above the water, equivalent to the height of a 223-story building. The Hang Grand Canyon Bridge not only represents a new world record but also exemplifies advanced engineering and construction techniques.
The bridge’s location in the complex geological setting of the Hang Grand Canyon, with winds reaching up to level 13, posed significant challenges. Chinese engineers tackled these obstacles with innovative methods, such as combining traditional dry pile techniques with modern concrete pouring technology to ensure a solid and aesthetically pleasing foundation.
Beyond its engineering marvel, the Hang Grand Canyon Bridge will drive regional development. It promises to drastically reduce travel time from one hour to just two minutes, significantly boosting local economic growth and improving living standards. The bridge is also set to become a major tourist attraction, featuring a bridge museum, a 200-meter-high sightseeing elevator, a high-altitude observation deck, and even a bungee jumping project. It will be China’s first complex to integrate bridge sightseeing, sports experiences, and tourism services.
This project is a key element of Guo Province’s highway network, specifically the Ganing Expressway, which connects the region with two horizontal, two vertical, and four connecting lines. The construction of the Hang Grand Canyon Bridge is a testament to the excellence of Chinese engineering, with each stage-from planning and design to the final build-demonstrating remarkable innovation and resilience.
Engineers used advanced computer simulations to optimize the bridge’s design, while drone and 3D laser scanning technology provided accurate topographical data. The foundation was built with deep-buried piles and a super-large drilling rig, while the main tower, standing 240 meters high, utilized intelligent climbing formwork technology. The installation of the 1,420-meter main span involved high-strength steel cables and innovative erection methods to overcome strong winds.
The construction of the Hang Grand Canyon Bridge reflects China’s dedication to advancing infrastructure and promoting regional development. Expected to be completed in June 2025, it will not only set a new benchmark for global bridge construction but also stand as a symbol of China’s engineering prowess and commitment to progress.
As China continues to push the boundaries of engineering, the Hang Grand Canyon Bridge will highlight the country's exceptional capabilities in infrastructure development and its role in shaping the future of global engineering.

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BEAUTIFUL BRIDGE. I HOPE ALL GOE'S WELL TO COMPLETION. WHAT LEVEL OF EARTH QUAKE'S IS IT DESIGNED TO WITH STAND.👍

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The Guo China Bridge, specifically known as the Puqian Bridge in Hainan Province, is designed to withstand significant seismic activity. It spans a geological fault line and is constructed to the highest standards of earthquake resistance. This bridge has been built to endure substantial seismic forces, ensuring robust structural integrity during earthquakes​