Exploring the Cutting-Edge Technology of Kraken Robotics: An Overview
Kraken Robotics is rapidly becoming a leader in underwater robotics and sonar technology. In recent years, they have produced some of the most innovative, cutting-edge technology on the market, revolutionizing the way we explore and understand the ocean.
Introduction
Thanks to Kraken Robotics, the ocean is becoming more accessible than ever. Kraken’s underwater robotics and sonar technology have helped in exploring the ocean floor, mapping it for scientific research and assisting in any underwater research and rescue operations. Kraken has designed reliable and affordable underwater sensors and robotics that are efficient even in the most challenging oceanic conditions. In this article, we will take an in-depth look at Kraken Robotics, its advancement in underwater technology, and how it has revolutionized the exploration of the ocean floor.
Body
Kraken Robotics produces both autonomous underwater vehicles (AUVs) and remotely operated vehicles (ROVs), two different types of robot exploration technologies. AUV’s are the advanced version of underwater drones, equipped with sensors, sonar, and imaging technology, allowing them to collect data and map the ocean floor. The KATFISH™ is their flagship AUV design, capable of uninterrupted operation up to 24 hours, and can go as deep as 4,500 meters. With a unique design, the KATFISH™can produce high-resolution images of the ocean floor, making it highly useful for scientific research, mineral exploration, and pipeline inspection purposes.
Kraken Robotics ROVs are a more versatile tool than AUVs since they can be operated remotely by a person or crew on-board a vessel aboard the system. ROVs come equipped with manipulator arms, bells, and a range of imaging devices, making them perfect for underwater construction, pipeline laying, and performing deep-sea rescue operations. Kraken Robotics has designed and manufactured cost-effective ROVs for shallow waters and high current areas of up to 3000 meters.
Kraken Robotics is known for its Synthetic Aperture Sonar (SAS) technology, which has revolutionized the underwater imaging industry. SAS uses multiple pings to create a single, synthesized image of the ocean floor, providing hi-resolution images, rendering it ideal for the difficult lighting conditions and the absence of light in the deep sea.
Kraken Robotics software systems ensure the robotics and sensors work together seamlessly and can be remotely operated. This means Kraken’s sensors and robotics can work independently or together, allowing greater efficiency in exploration and research projects.
Conclusion
Kraken Robotics has redefined the underwater exploration industry through its innovative sensor and robotic technology. With advanced SAS, AUVs, and ROVs, Kraken Robotics has made reliable underwater data gathering accessible. As we continue to discover new aspects of the ocean, Kraken Robotics will be at the forefront of innovation in ocean exploration and technology.
