The AutoSub6000 Robotic Submarine Explores the Bottom of the Sea
Rahul Kalvapalle — January 14, 2015 — Tech
The AutoSub6000 is an autonomous robotic submarine that is being used by the UK's National Oceanography Centre to explore life forms on the deep sea floor. This submarine, which is equipped with a high-resolution photography system, is more effective at identifying deep-sea life than usual scientific trawling methods.
This impressive machine is capable of autonomously traveling through pre-programmed deep-sea routes without a tether. It continuously maps the sea floor as it traverses the deep sea. It is capable of accessing depths of up to 6,000 meters and staying there for up to 70 hours per a full charge of its lithium-polymer battery pack.
The robotic submarine captures photos of the sea floor using its downward-facing camera. The images are then analyzed by scientists to identify the creatures that are captured in them.
This impressive machine is capable of autonomously traveling through pre-programmed deep-sea routes without a tether. It continuously maps the sea floor as it traverses the deep sea. It is capable of accessing depths of up to 6,000 meters and staying there for up to 70 hours per a full charge of its lithium-polymer battery pack.
The robotic submarine captures photos of the sea floor using its downward-facing camera. The images are then analyzed by scientists to identify the creatures that are captured in them.
Trend Themes
1. Autonomous Deep-sea Exploration - The AutoSub6000 robotic submarine demonstrates the potential for autonomous exploration of the deep sea, revolutionizing scientific research in the field of marine biology.
2. High-resolution Photography System - The advanced photography system equipped on the AutoSub6000 enables clearer and more detailed images of deep-sea life, opening up new opportunities for studying and understanding marine ecosystems.
3. Battery-powered Submersibles - The use of lithium-polymer battery packs in robotic submarines like the AutoSub6000 offers longer expedition durations and eliminates the need for tethers, leading to more efficient and versatile underwater exploration.
Industry Implications
1. Marine Biology - The AutoSub6000's ability to autonomously explore deep-sea environments provides marine biologists with valuable insights into the biodiversity and behavior of organisms in unexplored territories.
2. Scientific Research - The high-resolution photography system and autonomous capabilities of robotic submarines have the potential to revolutionize scientific research in underwater studies, allowing for more efficient data collection and analysis.
3. Renewable Energy - The use of lithium-polymer battery packs in deep-sea submarines can be applied to renewable energy technologies, such as underwater energy storage systems, paving the way for sustainable solutions in the energy industry.
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