Max Depth
Trusted by Partners
Self-operating robotic submarines designed to perform complex tasks underwater without direct human control, using AI and real-time sensors.
An AUV is a self-operating robotic submarine equipped with onboard computers, sensors, power systems, and propulsion units that allow it to make independent decisions based on programmed algorithms and real-time environmental data.
Advanced artificial intelligence and computer vision systems for real-time object detection, path planning, and autonomous underwater navigation.
Learn MoreCustom embedded system design with IMUs for orientation tracking, pressure sensors for depth monitoring, and power distribution circuits for safe battery regulation.
Learn MorePrecision-engineered hull structures, thruster configurations, and manipulation mechanisms for reliable deep-sea operation and mission execution.
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LAPRAS 2.0 is DTU AUV's second-generation autonomous underwater vehicle built for the SAUVC competition. Featuring a streamlined hull, enhanced thruster configuration, and an upgraded vision pipeline, it pushes the boundaries of underwater autonomy.
Learn MoreHear from team members, mentors, and competition judges who have witnessed the evolution of autonomous underwater vehicles. Discover how our multidisciplinary approach to robotics, AI, and engineering is shaping the future of marine exploration.
"Working on LAPRAS 2.0 taught me more about embedded systems than any classroom ever could."
"The AI navigation system we built for ARKAJA 2.0 achieves real-time obstacle avoidance at depth."
"Competing at RoboSub pushed us to innovate in ways we never imagined possible."
DTU AUV invites you to explore the groundbreaking world of autonomous underwater vehicles. Discover how AI, robotics, and engineering converge beneath the surface to push the boundaries of marine technology.