How USS Gerald R. Ford Was Built | A Floating Airport

How do you build a floating airport? Discover how thousands of shipbuilders transformed steel sections into USS Gerald R. Ford, which the U.S. Navy describes as the world's largest aircraft carrier. Follow the journey from welding and enormous crane lifts to controlled dry-dock flooding, outfitting and sea trials. Learn why a hollow steel hull floats, how electromagnetic launch machinery accelerates aircraft, and why delivery, commissioning and reliable operation are different milestones. Wonderframe brings engineering and history to life through cinematic comic illustrations and clear English narration for curious viewers aged 10 and up and families. Production disclosure: This educational episode uses AI-created comic illustrations and synthetic English narration. Illustrations are stylized reconstructions, not archival footage, documented eyewitness scenes or engineering drawings. Nuclear power is shown only at a simplified explanatory level. Selected primary sources: HII — construction and island lift: https://www.hii.com/news/newport-news... HII — float-out: https://www.hii.com/news/photo-releas... HII — delivery: https://www.hii.com/news/aircraft-car... GAO — development challenges: https://www.gao.gov/products/gao-17-575 NAVAIR — first at-sea launch and recovery: https://www.navair.navy.mil/node/25356 Subscribe to Wonderframe for more illustrated journeys into how extraordinary things are built. 00:00 A floating airport begins on blocks 00:38 Turning steel into joined sections 01:34 Building with enormous units 02:50 The island lift 03:35 Water, buoyancy and staged flooding 05:02 Outfitting at the pier 05:47 Launching and recovering aircraft 06:59 Connecting and testing systems 07:21 Sea trials, delivery and commissioning 08:28 Learning before deployment #USSGeraldRFord #Shipbuilding