Wed. Dec 6th, 2023
    New Era of Underwater Robotics: Exploring the Depths

    In the depths of the Trondheim fjord, a groundbreaking era of underwater robotics is taking shape. As researchers from NTNU (Norwegian University of Science and Technology) continue to push boundaries, they have transformed the fjord into a state-of-the-art laboratory for developing and testing autonomous marine robots.

    NTNU’s Center of Excellence, NTNU Amos, has been at the forefront of marine robotic research for the past ten years, focusing on the development of unmanned vehicles that can operate underwater, on the water’s surface, and even in the air. To ensure the success of these robots, a charging station has been strategically installed on the seabed of the Trondheim fjord. This charging station is vital for the underwater robots to replenish their batteries during their missions.

    The process of training these robots to navigate efficiently to the charging station involves rigorous testing and experimentation in the fjord. Researchers and students eagerly board the research vessel Gunnerus, which serves as a platform for deploying and monitoring the robots. With rain showers and rough seas, the journey to the charging station proves to be a challenging but necessary adventure.

    One of the remarkable underwater robots developed by NTNU is a snakelike drone named Eelume. This innovative creation is inspired by the movement of snakes and sea eels, enabling it to maneuver through water with grace and precision. Eelume has gained recognition for its potential applications in the offshore industry, specifically serving as caretakers on the seabed to ensure the proper functioning of underwater installations.

    As we accompany the team on their expedition in the Trondheim fjord, we witness the incredible capabilities of these robots firsthand. Lowered into the sea with a mission to locate the charging station, the robot navigates autonomously, leveraging advanced algorithms and mathematical calculations. The team closely monitors the robot’s actions through powerful computers and large screens, ensuring its success in finding the charging station efficiently.

    The implications of this cutting-edge research are vast. Underwater robots have the potential to revolutionize industries such as offshore oil and gas, environmental monitoring, and marine exploration. With their ability to access challenging underwater environments and perform tasks with precision, these robots are paving the way for new possibilities in underwater robotics.


    Q: What is NTNU Amos?
    A: NTNU Amos is a Center of Excellence at the Norwegian University of Science and Technology that specializes in the research and development of marine robots and unmanned vehicles.

    Q: Where is the charging station for the underwater robots located?
    A: The charging station is located on the seabed of the Trondheim fjord, near Munkholmen.

    Q: What is Eelume?
    A: Eelume is a snakelike underwater drone developed by NTNU, inspired by the movement of snakes and sea eels. It is designed for various applications in underwater industries.

    Q: What are the potential applications of underwater robots?
    A: Underwater robots have the potential to be used in industries such as offshore oil and gas, environmental monitoring, and marine exploration, among others.

    – NTNU Amos: [](