Teledyne Marine Awarded ISS Agreements from the Royal Navy
Teledyne Marine announced the recent award of In Service Support agreements (ISS) for Slocum gliders and Gavia AUVs from the Royal Navy. The ISS agreements facilitate UK service, repair and operational support of Teledyne unmanned systems currently in use by the Royal Navy and ensure quicker maintenance turnaround times and high operational availability of those systems.The ISS agreements provide enhanced maintenance coverage for Slocum gliders and APEX floats used by the Plymouth based METOC Information Warfare Group (MIWG), Gavia AUVs used by the Hydrographic Exploitation Group (HXG), and the Gavia
HII Expands Portchester, UK Facility for Unmanned Systems
HII, a leading manufacturer of autonomous surface and underwater unmanned vehicles, has doubled the size of its unmanned facility in Portchester, U.K.The enlarged facility enhances and strengthens the company’s presence in the United Kingdom and increases capacity and support for the U.K. Royal Navy and European partners that operate the REMUS line of unmanned underwater vehicles (UUVs).In addition to supporting regional unmanned customers, the Portchester facility will serve as a European hub for HII’s Mission Technologies division, enabling customer support for U.S. combatant commands
Thales Introduces New Sonar 76Nano for the Underwater Battle Space
.AI-enhanced acoustic detection: artificial intelligence accelerates target identification and decision-making with unprecedented precision.Digital native integration: fully compatible with existing defense infrastructure, enhancing interoperability across UK and NATO forces. Public debut with the Royal NavyOn December 17, Sonar 76Nano will make its official public debut with the Royal Navy at a technology demonstrator, marking a pivotal moment for maritime defense. This will allow naval personnel and experts to witness the prototype’s capabilities first-hand and engage with Thales’ leading
Babcock Marks Keel Laying for HMS Formidable, Makes US Submarine Deal
in the UK’s Type 31 frigate program, and the company announced an expanded partnership with U.S. defense contractor HII to support construction of Virginia-class submarines.The keel laying signals continued progress on the Type 31 program, under which five frigates are due for delivery to the Royal Navy within 10 years of contract signing. The ceremony saw the first modular section of the ship positioned over a coin, following naval tradition intended to bring good fortune to the vessel and its future crew.The event was attended by Babcock’s workforce, representatives of the Royal Navy,
SeaBot Maritime, University of Plymouth Sign MoU to Advance Marine Autonomy Collaboration
with the University of Plymouth. As an international leader in Flag State-recognized Remote USV Operator training, SeaBot Maritime has successfully trained maritime autonomy professionals across the Solent region in collaboration with the National Oceanography Centre, University of Southampton, the Royal Navy, and the Royal Marines. This expansion marks the next phase of growth for SeaBot Maritime and strengthens the network of autonomous maritime professionals across the UK. SeaBot Maritime and the University of Plymouth have signed a Memorandum of Understanding (MoU), marking the start of a strategic
Teledyne Marine Vehicles Expands Direct-to-Customer Service, Support in the United Kingdom
glider facility in Southampton at the prestigious National Oceanographic Center. The Fareham facility will support Teledyne’s full range of unmanned underwater vehicles, including Teledyne Gavia AUVs, Teledyne Webb Research’s Slocum gliders, and APEX profiling floats.To better support the Royal Navy and other UK customers, Teledyne has also hired dedicated service staff for the Raymarine Centre in Fareham and field support personnel in Plymouth, ensuring responsive expert assistance and the ability for Teledyne field staff to forward deploy with users.Teledyne’s investment in the UK
EU-Backed Project Deploys OTEC Demonstration Unit off Canary Islands
conducted in the UK have already verified the structure’s design at laboratory scale.The data will be combined with performance data from grid-connected OTEC power plants to de-risk future projects.The structure is named ‘Don’ in honor of Don Lennard, a British aircraft engineer and Royal Navy veteran who dedicated his life to advancing OTEC technology.Testing will continue over the coming months, with performance data expected in early 2026. If successful, the results will guide the design of full-scale OTEC systems capable of powering entire island grids and offshore facilities.&ldquo
At the Helm of the UKHO
, as well as contributing to the conversation through panel discussions and education resources.Mapping, particularly on the seafloor, also plays a crucial role in maritime defense and subsea infrastructure. "As part of the Ministry of Defence, the UKHO plays an important role in supplying the Royal Navy and all UK defense vessels with the information needed to support its operations and navigate safely."To provide the most comprehensive picture of UK waters, the UKHO works closely with other government partners to promote the sharing of seabed mapping data. "This includes leading initiatives
Blueye Robotics to Deliver ROVs to the Netherlands Royal Navy
Blueye Robotics, together with local partner RVI Tools, has secured a major international contract to supply underwater remotely operated vehicles (ROVs) to the Netherlands Royal Navy.The ROV systems will be delivered with advanced capabilities tailored for military engineers and mine countermeasure (MCM) teams.The awarded contract highlights the increasing demand for compact, user-friendly underwater systems to support complex military operations in inshore and coastal environments. The ROV will be used in a wide range of mission profiles including:Diving operations: supporting reconnaissance,
December 2025
