HC-27J APO receives final C-27J Spartan
The HC-27J Asset Project Office (APO) has received the US Coast Guard’s (USCG) 14th and final C-27J Spartan surveillance aircraft following regeneration from storage.
The 14 C-27Js have been transferred from the US Air Force, and regenerated under a process involving inspection, verification and repair.
The fleet is now to be missionised with a package that will use Minotaur mission system architecture to incorporate the sensors, radar and C4ISR equipment used to conduct coast guard missions.
The first C-27J was delivered to Naval Air Station Patuxent River, Maryland, at the end of September to begin the mission system integration process.
Of the coast guard’s other 13 C-27Js, seven are stationed at the HC-27J APO in Elizabeth City, North Carolina. Five are used for training curriculum and maintenance procedure development and two are undergoing regularly scheduled long-term maintenance. Six aircraft operate out of Air Station Sacramento, California.
The C-27Js will support the USCG’s maritime patrol, drug and migrant interdiction, disaster response and search and rescue operations.
Related Equipment in Defence Insight
More from Naval Warfare
-
Canada assesses security equipment changes for Polar Icebreaker Imnaryuaq
The Canadian Department of National Defence is evaluating communications and reconnaissance changes for CCGS Imnaryuaq’s expanded maritime security role, while retaining its 2032 acceptance target.
-
US Navy’s MQ-25 Stingray approaches carrier-integration tests
Boeing has outlined its upcoming precision-landing and carrier-airspace trials as MQ-25 manufacturing shifts towards Illinois, with initial Lot 1 deliveries expected in 2029.
-
From Poland to the Pacific: can Miecznik become a blueprint for other navies?
Babcock is taking its Polish industrial partnership approach to Denmark and New Zealand as navies seek sovereign shipbuilding skills alongside ships.
-
Unsettled waters in the North: can navies still trust their Arctic acoustic maps?
The changing Arctic environment is creating new challenges for submarine detection, driving demand for distributed sensors, uncrewed underwater vehicles and real-time acoustic modelling.