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How Augmented Reality takes submarine construction to the next level at thyssenkrupp Marine Systems
- Augmented Reality has revolutionized submarine construction at thyssenkrupp Marine Systems by eliminating the need for hundreds of 2D drawing sheets.
- The introduction of AR technology in submarine construction began in 2016 at thyssenkrupp Marine Systems in Kiel.
- Augmented Reality enhances the design of submarine components by overlaying virtual content onto physical reality.
- thyssenkrupp Marine Systems developed an agile project using the SCRUM technique to implement immersive technologies in submarine construction.
- AR at thyssenkrupp Marine Systems allows technicians to interact with virtual objects, improving efficiency and accuracy.
- The use of AR eliminates the need for 2D drawings, saving time, effort, and improving quality through error detection in the production process.
- Smart glasses like Microsoft's HoloLens are used at thyssenkrupp Marine Systems for AR applications in checking completion status and marking welded parts.
- AR glasses provide a seamless flow of information and visualization, making work more intuitive for technicians building submarines.
- The future of AR at thyssenkrupp Marine Systems includes potential applications in onboard documentation and remote assistance, enhancing the entire construction process.
- Augmented Reality is seen as a technology that will become an integral part of daily life, much like smartphones, and thyssenkrupp Marine Systems aims to further develop its use in ship- and submarine-building.
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