USCG awards contract for cutter boats
The US Coast Guard (USCG) has awarded an indefinite delivery, indefinite quantity contract to MetalCraft Marine US to provide a fleet of cutter boats-large (CB-L), the USCG announced on 6 September.
With a maximum value of $20 million, the contract will allow for the acquisition of more boats over an ordering period of five years. The initial order is for two CB-Ls, trailers, delivery, training and associated logistics support.
The CB-Ls will replace the current fleet of 24ft cutter boats in service onboard 210ft medium endurance cutters, 225ft seagoing buoy tenders and cutters Alex Haley and Mackinaw.
The boats will support operations on the East, West and Gulf coasts, as well as in Hawaii, Guam and Alaska.
More from Naval Warfare
-
![Canada begins work on heavy polar icebreaker to protect its high-Arctic sovereignty]()
Canada begins work on heavy polar icebreaker to protect its high-Arctic sovereignty
The vessel, made under the auspices of the country’s National Shipbuilding Strategy, will be the first heavy icebreaker built in Canada for over six decades.
-
![Fincantieri begins steel-cutting on FREMM EVO frigates for the Italian Navy]()
Fincantieri begins steel-cutting on FREMM EVO frigates for the Italian Navy
The two new frigates are expected to enter service by 2030.
-
![BAE Systems to provide missile tubes to Block VI Virginia-class submarines]()
BAE Systems to provide missile tubes to Block VI Virginia-class submarines
The construction of the Block V submarines is still ongoing, with none of the ten boats yet commissioned.
-
![US Navy tests Aegis combat system for hypersonic missile defence]()
US Navy tests Aegis combat system for hypersonic missile defence
The Arleigh Burke destroyer USS Pinckney undertook the tests against a simulated SM-6 missile.
-
![Royal Navy destroyer completes UAV live-fire exercise before heading to the Indo-Pacific]()
Royal Navy destroyer completes UAV live-fire exercise before heading to the Indo-Pacific
HMS Dauntless ran a full UAV test to mimic potential real-world threats.
