Lockheed Martin (NYSE: LMT) has received a potential $311.9 million contract modification to design, test and produce electronic warfare systems for the U.S. Navy’s submarines.
The company will manufacture and perform qualification testing of AN-BLQ-10 systems in support of Technical Insertions 20, 22 and 24 on the service branch’s submarines, the Department of Defense said Monday.
Contract work will occur in Syracuse, New York, through February 2029.
Naval Sea Systems Command will obligate funds at the delivery order level.
The award represents exercised options on an indefinite-delivery/indefinite-quantity contract awarded by the Navy in 2019.
USDA has awarded 25 companies spots on a potential five-year, $1 billion BPA for CPOC cybersecurity support.
The undefinitized award covers test article pods and cybersecurity work for the Navy and the Royal Australian Air Force.
Valiant has booked a five-year, $260 million contract for mission command training and simulation support to Army National Guard units.
Fourteen companies hold base contracts under the vehicle, which the Army awarded in 2023 with a potential value of $975…
The company owns and operates the modified Bombardier jet, collecting signals above 40,000 feet without entering defended airspace.
Johns Hopkins APL has received a $390 million Air Force IDIQ contract for space, re-entry test bed and combat systems…
CAE USA currently operates nine C-130H full-mission simulators and more than 45 aircrew training devices.
The award follows ICE's August withdrawal of a plan to give the same work to TRSS without competition after industry…
SpaceX has secured a $946 million CCtCap contract modification from NASA for three additional crew missions to the space station.
Empower AI received a task order with a $36.9 million face value, running through June 2027.
WWT has received a potential $500 million USPS contract to provide telecommunications hardware, software and network support.
CACI's Apollo program is intended to help USCENTCOM make faster decisions and coordinate more effectively across commands and partners.
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