STL Research’s Janus motion platform is available for hire
Our Janus 63 motion platform, is capable of moving in six degrees of freedom (pitch, roll, yaw, heave, surge, and sway). The motion platform has many possible applications, as it …
Our Janus 63 motion platform, is capable of moving in six degrees of freedom (pitch, roll, yaw, heave, surge, and sway). The motion platform has many possible applications, as it …
Over the past few months, STL Research have been very active in exhibiting at, and attending several exhibitions, and we would like to thank everyone who took the time to …
STL Research have produced a video simulation of their Proteus Launch and Recovery system deployed on a fully autonomous uncrewed surface vessel. The video illustrates Proteus’ capabilities with respect to …
Meet STL Research at Ocean Tech Expo 2026 STL Research are delighted to be exhibiting at Ocean Tech Expo 2026, on 17th and 18th June at the University of Plymouth. …
On the 10th to 12th March 2026, STL Research will be exhibiting at Oceanology International, as part of the National Centre for Marine Autonomy stand (Q400), which is being co-ordinated …
STL Research are very pleased to announce their membership of the Celtic Sea Cluster, which is aimed at driving market readiness for floating offshore wind in the Celtic Sea. The …
On Thursday 24th July 2025, Peter Back and Phil Vosper welcomed Jason Liu and Arnold Li, from OceanAlpha (www.oceanalpha.com) to the STL Research (www.stlres.co) office in Cowes. In discussions with their …
STL Research are pleased to announce the posting of a simulation of the Neptune 20M Offshore Personnel Access System (PAS) on their YouTube channel. The simulation is intended as an …
STL Research are very pleased to announce their membership of the Future Autonomous at Sea Technologies (FAST) Cluster. Centred in the Southwest, the FAST Cluster aims to accelerate innovation, nurture …
