PARIS LA DÉFENSE. Thales and Lockheed Martin announce the contract award to deliver the Royal Navy’s new airborne surveillance and control system, under the ‘CROWSNEST’ programme.
- The contract formally marks the beginning of the design and manufacture of role-fit equipment for the fleet of Merlin Mk2
- The new capability will begin to enter service in 2018 when the Sea King Mark 7 AsaC is retired
- Thales’s solution will maximise the Ministry of Defence’s existing investment in equipment, training and expertise by upgrading, updating and adapting a combat proven capability
Lockheed Martin, who acts as the Ministry of Defence’s prime contractor for the Merlin helicopter, selected a new generation of the Thales Searchwater radar and Cerberus mission system to be fitted to existing Merlin Mk2s helicopters to provide the Navy with an airborne surveillance and control capability (ASaC).
The contract formally marks the beginning of the design and manufacture of role-fit equipment to be fitted to the fleet of Merlin helicopters which will serve the Royal Navy until 2029 and replace the outgoing Sea King Mark 7 ASaC force, fitted with an earlier version of the Thales Searchwater and Cerberus systems.
“The next generation of this battle-proven capability represents a step change in our ability to offer innovative solutions to our customers in maritime airborne surveillance. To see this battle proven capability now transition into the future, to provide critical force protection to the Royal Navy surface fleet, including the UK’s new aircraft carriers, is a significant milestone”, Victor Chavez, CEO Thales in the UK.
The new capability will begin to enter service when the last of the Sea King ASaC helicopters are retired and will maximise the re-use of the Ministry of Defence’s existing investment in equipment, training and expertise by upgrading, updating and adapting a battle proven capability. The new generation of CROWSNEST represents a step change in both user functionality and operational capability.
An improved human machine interface utilising touch screen technology and an autonomous artificial intelligence based tracking system provide the users with a highly innovative approach to the demands of modern maritime warfare.
The new system offers the operator vastly improved target identification, the ability to library match airborne contacts, as well as introducing inverse synthetic aperture radar and a fully integrated electronic support measures.
Operators are also able to exploit collected data more effectively through a greatly enhanced mission recording and replay system that allows both real time and post mission data reconstruction.
The upgraded, updated, and adapted Thales Searchwater radar and Cerberus mission system will now continue into the future to provide critical force protection to Joint forces, including the Royal Navy’s Queen Elizabeth Class aircraft carriers.
