Royal Navy accepts Thales sonar
The Royal Navy has accepted Thales UK’s new 2093 mine countermeasures sonar after the successful completion of sea trials on HMS Grimsby, Thales announced on 20 August.
Thales UK developed the enhanced 2093 Wideband variant under the 2093 Capability Sustainment Programme (CSP) for the Royal Navy to improve threat recognition capability and range.
The 2093 Wideband variant is a multi-frequency variable depth sonar system designed to counter the threat of modern mines in both deep and shallow water. Its sonar transmitter and receiver are contained within a towed body which is lowered below the ship by automated winch of armoured cable, penetrating oceanic temperature layers which can block sonar signals.
The system's pulse compression technology allows long range detection and classification of new generation, low target strength mines, while wider fields of view and multiple search and classification frequencies ensure that the critical mine hunting parameters of coverage rate and speed of advance are maximised under any operational conditions.
The remaining six Sandown-class minehunters will all be refitted with 2093 CSP at the Royal Navy’s dockyard in Rosyth.
Related Equipment in Defence Insight
More from Naval Warfare
-
How the use of artificial intelligence will affect the US Coast Guard’s acquisitions
The USCG is pursuing AI tools to improve the way the service conducts its procurement and fielding processes.
-
US Coast Guard pursues solutions to increase maritime domain dominance
The USCG is seeking technologies, services and applications to better connect its assets and speed up the decision-making process.
-
Canadian Coast Guard’s OOSV delivery is “major milestone” in fleet modernisation
The Polar Class 6 platform is the largest CCG science-dedicated vessel and will operate on the country’s east coast.
-
How the Anduril-HHI autonomous ship plan fits in with the US Navy’s MASC programme
The new modular vessel is expected to be developed for both commercial and defence use, with a heavy focus on production speed and mission flexibility.