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Incredible Ironworking: Lifting a Half Million-Pound Bridge! 

MetropolitanSteel
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Check out these incredible ironworkers! In this video, Metropolitan Steel lifts a massive 500,000-pound bridge using two MLC300 crawler cranes. This fast-paced showcase of accelerated bridge construction highlights efficiency, innovation, and the sheer force of modern engineering. Subscribe and witness the future of construction unfold!
Featuring Ironworkers from Local 1 and 395!
www.metropolitan-steel.com

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20 мар 2024

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Комментарии : 9   
@SuperJoekoch
@SuperJoekoch 4 месяца назад
Nice those mlc cranes with vpc are beasts for there size
@oldironguy
@oldironguy 4 месяца назад
What size were the Manitowoc's? Beautiful counterweights on them.
@jimsvideos7201
@jimsvideos7201 4 месяца назад
Nice, looks easy but the more you know the more you realize it is not.
@user-zv1xx3dh1o
@user-zv1xx3dh1o 3 месяца назад
What's that in tons.
@robertpalmer3166
@robertpalmer3166 2 месяца назад
Fifty million bots.
@cliveocnacuwenga4615
@cliveocnacuwenga4615 3 месяца назад
WHY DOES IT NEED TO BE LIFTED? WASTE of energy and lifting capacity
@MetropolitanSteel
@MetropolitanSteel 3 месяца назад
Accelerated bridge construction (ABC) is actually a game-changer in the field of civil engineering! Several reasons why: 1.Safety: ABC minimizes on-site construction time, thereby reducing workers' exposure to potential hazards such as traffic accidents, falls, and other construction-related risks. Prefabricating bridge components in a controlled environment enhances quality control and reduces the likelihood of errors or accidents. 2. Efficiency: Traditional bridge construction methods often involve prolonged road closures and disruptions to traffic flow, causing inconvenience to commuters and businesses. ABC significantly reduces these disruptions by completing construction during shorter windows of reduced traffic flow. Components can be rapidly assembled on-site, allowing for quicker project completion. 3. Cost-effectiveness: Overall cost savings achieved through reduced labor, shorter project duration, and minimized traffic disruptions are substantial. ABC can also result in long-term cost savings due to the enhanced durability and quality of components. 4. Minimized Environmental Impact: By reducing construction time and traffic congestion, ABC helps minimize the environmental footprint associated with traditional construction methods. Additionally, prefabricating bridge components in a controlled environment can lead to better resource utilization and waste reduction. We appreciate your comments, and hope this method makes better sense now!
@robertpalmer3166
@robertpalmer3166 Месяц назад
Ohhhh please tell us how you would have done it. I can't wait!
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