In the realms of robotics, automation, and sustainability and Environment 4.0, the term underwater robot is particularly at home. Underwater robots are specialised machines used for work and investigations underwater \u2013 often in locations where humans cannot or may not dive. <\/p>\n
For example, they are used to control subsea pipelines, inspect ships, search for sunken objects, or carry out scientific measurements in oceans. However, underwater robots also help protect the seas by monitoring coral reefs or removing rubbish from the water.<\/p>\n
A clear example: After a storm, a large container sank in the harbour basin. An underwater robot can be remotely controlled to navigate to the container, take recordings, and thus help the authorities quickly assess the damage \u2013 entirely without risk to divers.<\/p>\n
The use of underwater robots makes many tasks more efficient and safer. Modern equipment is often equipped with cameras, robotic arms, or sensors. By automating these tasks, companies save time and money, while also contributing to environmental protection.<\/p>","protected":false},"excerpt":{"rendered":"