USN picks partner for third-party planning
Q.E.D. Systems has received a $76.36 million cost-plus-fixed-fee contract from Naval Sea Systems Command for third-party planning services on USN guided missile cruisers, guided missile destroyers, landing helicopter assault ships, landing helicopter dock landing platforms, and dock landing ship vessels.
Work will be performed in Norfolk, Virginia; San Diego, California; and Everett, Washington State, for completion by October 2023.
The deal will be worth $229.41 million if all options are exercised.
‘This single-source contract to Q.E.D. will allow the government additional time to conduct extensive market research in preparation for a follow-on competitive effort,’ the DoD noted on 28 October.
As part of our promise to deliver comprehensive coverage to our Defence Insight and Premium News subscribers, our curated defence news content provides the latest industry updates, contract awards and programme milestones.
More from Naval Warfare
-
Thales’ multirole missile delivers “tactical excellence” for UK Royal Navy
The latest trials of Thales’ Lightweight Multirole Missile in two locations proved its effectiveness in combatting real-world uncrewed threats.
-
Royal Canadian Navy’s SEA Torpedo Launcher Systems to enter production in Ottawa in November
The article acceptance testing for the TLS is scheduled for the end of 2026.
-
Netherlands to acquire Finnish littoral assault craft in LCVP replacement programme
The Dutch navy had reportedly been considering BAE Systems’ Littoral Strike Craft to replace its ageing landing craft fleet.
-
Swedish navy moves to final phase of Blekinge-class sub production with new Saab order
Saab Kockums was initially awarded the contract to build two A26 submarines for the Royal Swedish Navy in 2015, but the programme has faced delays and escalating costs.
-
Germany goes for more US equipment for F127 frigates with SPY-6 radar choice
If the foreign military sale request is approved, Germany would be the first country outside the US to acquire the technology, which is currently used extensively by the US Navy.