Hydrosurv Unmanned Survey (UK) Ltd

HydroSurv is undertaking a two-month feasibility study to explore sustainable alternatives to welded aluminium alloys currently used in the construction of its marine hull structures. The project will investigate the use of bio-based composite materials, including bio-resins incorporating plastic and glass fibre waste otherwise destined for landfill, alon...

Within the project, HydroSurv will extend the capability of its existing patent-applied Virtual Watchkeeper Vessel Control System (VCS) by developing PrecisionPilot - an advanced autopilot and navigation module which improves upon the current state-of-the-art in autopilot and mission management solutions for small and midsized battery-electric and battery...

AMBROSIA is an innovative project designed to enhance the monitoring of marine biodiversity through an integrated and autonomous system. Combining static and mobile monitoring technologies, this project will deploy advanced sensors and autonomous vehicles to collect comprehensive data on marine ecosystems. Key components of the system include hydrophones ...

Tomorrow's decarbonised vessel fleet will require data-rich operation to cope with revolutionary scale shift in all-electric propulsion, on-board battery storage, and alt-fuels. An up-tick in maritime data is vital for: * Optimal efficiency, essential to meet environmental and economic levels of performance * Low-carbon propulsion technologies, notably ba...

The APM-ROUV project aims to develop an innovative predictive maintenance solution for Remotely Operated Uncrewed Vessels (ROUVs) that incorporates advanced artificial intelligence (AI) and data analytics. This solution is designed to improve the reliability and safety of uncrewed vessels while reducing maintenance costs and operational downtime. As the m...

HydroSurv and South Devon College Marine Academy are embarking on an innovative project focused on advancing resident Uncrewed Surface Vessel (USV) systems. The project aims to enhance persistent shoreline capabilities remotely from shorebased Remote Operations Centres (ROCs). Central to this initiative is the design and development of advanced docking st...

Our consortium, led by MSeis and with expert support from technical partners HydroSurv and Chelsea Technologies is spearheading a groundbreaking initiative that is set to deploy clean marine robotics technology to deliver scale water quality monitoring services. Our mission, set to transform the way public understand our water ecosystems in three key port...

This groundbreaking initiative is set to reshape the way we monitor crucial natural assets in UK waters through the fusion of robotics and machine learning. Spearheaded by HydroSurv, and backed by the specialist expertise of Plymouth University's Coastal Marine Applied Research (CMAR) team, this project introduces an array of innovative methods to redfine...

Collaborators HydroSurv Unmanned Survey (UK) Ltd and University of Plymouth Marine Institute are bringing together an expert team to combine HydroSurv's robotic survey technology and rapid development capabilities with an internationally recognised academic expertise in marine science to develop a groundbreaking solution for subtidal survey of submerged a...

This project is focused on delivering a step change in efficient, electrified small commercial marine vessels, scale demonstrated on an Uncrewed Surface Vessel (USV) application for operation within the domain of smart ports and harbours. The technical approach is delivered in two ways: * Development of a 50kWh electrified-powertrain, intelligently-optimi...

HydroSurv Unmanned Survey (UK) Ltd, (_HydroSurv_) is building upon the successes of its '_Robotics for a Safer World_' Demonstrator project by developing and showcasing a transformative environmental monitoring solution for the offshore renewable energy sector in collaboration with Sonardyne International Ltd - a world-leading underwater acoustic position...

SoAR is focused on delivering a fundamental shift in the use of marine robotics through the networking of heterogeneous fleets of Autonomous Underwater Vehicles (AUV) and uncrewed surface vehicles overseen by a fleet level autonomy engine capable of adaptive mission planning. The existing paradigm of a single high-power vehicle with expensive support vess...