China Uses Modular Floating Bridges to Rescue Over 6,000 in Flood Disaster

Modular self-propelled floating bridges have played a crucial role in rescuing over 6,000 people affected by severe flooding in China's Guangxi Zhuang Autonomous Region. The floating bridges were deployed following Typhoon Maysak, which caused widespread damage and flooding in the region. In Gui Gang City, a vocational college campus was submerged under nearly 5 meters of water, isolating thousands of students and staff. Traditional rescue methods, such as lifeboats and speedboats, proved slow due to their limited capacity. However, the modular floating bridges, deployed by China Anneng Construction Group, significantly accelerated evacuation efforts by transporting hundreds of people per trip. Each bridge measures approximately 60 meters long and 8 meters wide, capable of carrying over 500 people and 60 tons of cargo. Equipped with an independent propulsion system, they can reach speeds of up to 10.8 km/h even when fully loaded. The modular design allows for assembly in just over 10 minutes. These bridges are designed for high reliability in harsh environments. Their ability to rapidly deploy and provide substantial transport capacity without relying on fixed infrastructure highlights their importance as a tool for large-scale disaster response. China State Shipbuilding Corporation (CSSC) noted that this successful application demonstrates the growing significance of rapidly deployable modular systems in disaster management.