Star Safire ordered for USCG HC-144
FLIR Systems will supply eight Star Safire 380HD electro-optical infrared (EO/IR) sensors for the US Coast Guard's (USCG's) HC-144 Ocean Sentry surveillance aircraft, the USCG announced on 16 May. The order has a value of around $6 million.
The EO/IR sensors will improve the aircraft’s detection and identification capabilities. The units are compatible with Minotaur mission system architecture and will increase commonality among the coast guard’s fixed wing platforms, including the C-27J Spartan medium range surveillance aircraft and HC-130J Super Hercules long range surveillance aircraft.
The first unit for the HC-144 acquisition was delivered in April, with delivery of the remaining units planned by the end of 2017.
The HC-144 Ocean Sentry turboprop aircraft has an endurance of over 10 hours and an extensive sensor capability that helps the coast guard fulfill its maritime patrol, drug and migrant interdiction, disaster response and search and rescue missions more effectively.
Related Equipment in Defence Insight
More from Naval Warfare
-
Is the US Navy’s Golden Fleet initiative achievable?
The effort to provide the US Navy with Trump-class battleships might face financial, production and doctrinal obstacles.
-
How will SAFE shape naval procurement for Canada and its highest-receiving members?
Canada’s inclusion on the EU’s Security Action for Europe initiative is set to enhance the country’s defence procurement strategy with important implications for some of its naval programmes, while Poland and Romania have also secured significant SAFE funding.
-
Thales wins DE&S contract for portable autonomous command centres
The agreement to provide portable autonomous command centres to the UK Royal Navy will enhance the service’s Mine Counter Measure operations and further integrate autonomous and uncrewed systems into its fleet.
-
Maritime defence in the Mediterranean faces challenges from vulnerable land power
As an indispensable energy crossroads, the Mediterranean is at serious risk from grey zone disruption. As navies increasingly employ AI data centres, what happens when cutting-edge defence technologies rely on the very infrastructure most susceptible to hybrid tactics?