Α modified SeaCat uncrewed vessel and a smart grapple collect large and heavy litter from the seabed, storing them and shipping them to shore with an uncrewed Tender vessel, called […]
So, how does the SeaClear2.0 robotic system actually work? Read More »
These are just a few of the spatial characteristics examined in the ‘Public Demonstrations, Pilot Sites and Showcases Plan’ for the successful deployment of the SeaClear2.0 robotic system at each
Currents, seasons, murky waters, rocky seafloors… Read More »
???????????????????????????? ???????????????????????????????? ????.???? ???????????????????? ???????????????????????????? ????????/????????/???????????????? ????????. ???????????????????????????? The LARIAT UNIDU team, boosted by the Department of Applied Ecology at the University of Dubrovnik, Croatia, embarked on yet another adventurous
Sailing into field testing for SeaClear 2.0 Read More »
SeaDragon is the SeaClear2.0 system’s carrier vessel for the collected marine litter.A fully-actuated catamaran with 3kW thrusters for propulsion, a sensory system for autonomous navigation in unstructured environments, and payload
The year of the (Sea)Dragon Read More »
Our colleagues at TUM have been working hard on the design of the SeaClear2.0 grapple. Check out its evolution and latest features:–> Robotic grapple for lifting litter items weighing up
Harder, Better, Faster, Stronger! Read More »
For the SeaClear2.0 robotic system to successfully scan, map, and collect litter its fleet of robots should communicate and operate jointly. Our colleagues at TUDelft, have been developing cooperative control
Robots discussing matters.. Read More »
Locating and identifying waste in reduced or zero visibility underwater conditions, such as ports, can be particularly challenging. The SeaClear2.0 robotic system offers litter identification, localization, and mapping, even in
SeaClear2.0 moving into murky waters! Read More »
Robots navigating obstacles. Literally! SeaClear2.0’s system of small robots are equipped with nets to collect floating litter. They have been specifically designed to navigate through obstacles found in their way
Robots navigating obstacles. Literally! Read More »
Our colleagues at The University of Dubrovnik have been pilot testing the latest developments for SeaClear2.0’s drone. The drone will be tethered to the SeaCat2.0 extending its flight time and
Check out our latest test-trials! Read More »
We are happy to be part of the MCube – Munich Cluster for the future of Mobility in Metropolitan Regions and TUM Venture Labs community, come see us at the
SeaClear2.0 is making waves at TUM Sustainability Day 2024! Read More »