SEA nets Royal Navy in-service support contract
The contract covers support for the Duke-class Type 23 frigate. (Photo: SEA)
The CSH is a communications backbone fitted on surface ships to pass information between C2, sensor and weapons systems.
It allows operators to determine the status of a combat system and ensure mission availability, making it a crucial element of RN ships.
SEA Fleet Wide Combat Management project manager Samantha Bassett said: 'With a detailed technical knowledge of the system and proven level of service on the CSH, SEA has demonstrated its ability to maintain the CSH's mission availability.
Related Articles
Rolls-Royce awarded £85 million to support RN Type 23 engine
Standing NATO Maritime Group conducts training at sea
'We have a productive working relationship with SEA's in-service support team and look forward to working with them through the duration of this contract.'
Under the new award, SEA will support several ship types, including the Duke-class Type 23 frigates, among others. Work includes support for vessels and shore-based facilities.
SEA originally designed the CSH in the 1980s and provided in-service support over the network's life, including through technological refreshes.
More from Naval Warfare
-
NATO seeks suppliers for a new, improved variant of the Sea Sparrow missile
The NATO Sparrow Project Office has outlined its interest in exploring cutting-edge technologies to be integrated into the ESSM Next Significant Variant.
-
US Coast Guard sets sail in search of robotics and CUAS capabilities
The USCG has been increasing efforts to accelerate the process to develop, procure, deploy and sustain autonomous and counter-uncrewed systems across its fleet.
-
Managing risk in a changing world: how the Royal Navy can win
A fighting force such as the Royal Navy must inevitably focus on its core capabilities, platforms and readiness. But to avoid unexpected outcomes and costly oversights, a complex organisation like this needs to be underpinned by sound enterprise-level risk management principles and systems.