Lockheed to continue to Halifax class support
Lockheed Martin Canada has received a three-year contract extension to its in-service support contract for the Royal Canadian Navy’s 12 Halifax-class frigates.
The existing in-service support contract began in November 2008 with the award of the Halifax Class Modernization project. The contract also included support of the legacy Halifax class system prior to ships entering the shipyard for modernisation.
Combat management system (CMS) support includes hardware and software support for the CMS 330 and the CMS to combat subsystem interfaces, ancillary systems and tools, as well as the integration of new weapons, sensors and information sources.
Gary Fudge, VP and general manager of Lockheed Martin Canada Rotary Mission Systems, said: ‘We are pleased by the vote of confidence from our Royal Canadian Navy customer to continue this existing relationship. As part of our combat system integrator portfolio, Lockheed Martin Canada has established a world class in-service support team which is also being recognised by our international customers.’
More from Naval Warfare
-
Five years on: where could opportunities emerge next for AUKUS Pillar II?
Payload commonality, combat systems and electronic warfare are emerging as likely priorities as the trilateral partnership balances building submarines with sharing industrial ecosystems.
-
From the Baltic to the Gulf: where USV procurement is heading next
Saildrone’s new Copenhagen base is one sign of a larger shift, as navies globally turn to uncrewed vessels for surveillance and mine clearance.
-
Quantum sensing gathers pace as navies eye undersea advantage
As AI dominates defence conversations, industry increasingly points to quantum sensing as the technology set to change submarine and uncrewed underwater vehicle operations.
-
Competitive P17B tender marks a shift in Indian Navy frigate procurement
The Indian Navy's P17B programme is expected to combine greater weapons capacity with a competitive domestic construction model, although key systems could remain dependent on international supply chains.