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Mercury Systems

US

Mercury Systems is a technology company serving the aerospace and defense industries, acting as a manufacturer of open architecture computer hardware and software. They provide secure embedded processing modules, avionics mission computers, rugged servers, and trusted microelectronics for space applications. Mercury Systems has over 40 years of experience developing innovative, space-qualified products, including RF and microwave components, and solid-state data recorders, partnering with organizations like NASA and BlueHalo (for U.S. Space Force programs). Their products are utilized in satellite communications, launch vehicles, and programs like the Mars Rovers and EMIT.

commercial
Andover, Massachusetts, United States
www.mrcy.com
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All verified mentions of this organization in source documents.

SNAP-50/SPUR was envisioned for launch on a Saturn IB and for planetary missions including Mercury, Mars, Jupiter, Saturn orbiters, and a solar probe.

PlanGeneralValue 3.0Jul 13, 2026Atoms for space: Past US space nuclear power and propulsion programs

Houston-based Mercury Fund led Venus Aerospace’s Series B round.

RelationshipsFinancialValue 4.0Jul 13, 2026Engine Breakthrough Funding Backs Rotating Detonation Rocket Development

Mercury Fund led Venus Aerospace’s $91 million Series B round.

RelationshipsFinancialValue 4.0Jul 8, 2026Venus Aerospace Raises $91M Series B to Scale RDRE Production

Mercury Systems, Crane Aerospace and Electronics, API Technologies, and Teledyne Technologies are primary U.S. suppliers of RF and microwave components.

RelationshipsGeneralValue 3.2May 12, 2026The Supply Chain Behind the Space Race

Intella is a deep-tech company building Mercury, a mission intelligence platform for satellite fleet operations.

CapabilityGeneralValue 3.0May 11, 2026Your anomaly detection isn’t the problem

Mercury sits above existing operations stacks to automate routine monitoring and reduce operator decision load.

CapabilityValue 2.2May 11, 2026Your anomaly detection isn’t the problem

Mercury handles nominal satellite operations in the background while surfacing only what requires human attention.

CapabilityValue 1.6May 11, 2026Your anomaly detection isn’t the problem

BepiColombo reached Mercury orbit after seven years of travel.

PlanValue 3.0May 5, 2026La serie Perfiles prepara su décimo monográfico sobre la industria espacial española

MESSENGER observations showed that water ice can remain stable for very long periods in Mercury’s permanently shadowed polar craters.

GeneralValue 3.0Apr 21, 2026Vita aliena nello Spazio

L3Harris selected Mercury Systems’ highest-capacity radiation-tolerant solid-state data recorder to date for the Tranche 3 mission.

RelationshipsCapabilityValue 4.4Apr 2, 2026L3Harris Taps Mercury Systems for High-Capacity Data Storage on SDA Tranche 3 Satellites

Mercury Systems is increasing manufacturing capacity to meet the Space Development Agency’s speed-to-orbit delivery timelines.

GrowthPlanRelationshipsValue 3.2Apr 2, 2026L3Harris Taps Mercury Systems for High-Capacity Data Storage on SDA Tranche 3 Satellites

Mercury Systems’ Tranche 3 solid-state data recorder is engineered to survive the radiation environment of low-Earth orbit while providing high-speed data integrity for real-time missile warning and fire-control missions.

CapabilityValue 4.0Apr 2, 2026L3Harris Taps Mercury Systems for High-Capacity Data Storage on SDA Tranche 3 Satellites

Mercury Systems’ Tranche 3 solid-state data recorder uses a 3U VPX form factor.

CapabilityValue 4.0Apr 2, 2026L3Harris Taps Mercury Systems for High-Capacity Data Storage on SDA Tranche 3 Satellites

On April 2, 2026, Mercury Systems was awarded a contract by L3Harris Technologies to supply advanced solid-state data recorders for the Space Development Agency’s Tranche 3 Tracking Layer constellation.

RelationshipsPlanCapabilityValue 4.7Apr 2, 2026L3Harris Taps Mercury Systems for High-Capacity Data Storage on SDA Tranche 3 Satellites

The Manned Astronomical Research Station mockup was 28 feet tall including the Mercury-style re-entry capsule mockup beneath it.

CapabilityValue 3.0Mar 30, 2026Convair’s Manned Astronomical Research Station (MARS)

Project Mercury began in October 1958 as NASA’s first human spaceflight program.

GeneralValue 1.8Mar 9, 2026McDonnell’s Military Test Space Station (MTSS)

Alan Shepard flew a suborbital Mercury flight on May 5, 1961 in the Freedom 7 capsule.

GeneralValue 5.0Mar 9, 2026McDonnell’s Military Test Space Station (MTSS)

McDonnell Aircraft produced the Mercury capsules used in NASA's Project Mercury.

CapabilityGeneralValue 4.0Mar 9, 2026McDonnell’s Military Test Space Station (MTSS)

The Mercury program flew six astronauts in total and continued until 1963.

GeneralValue 2.2Mar 9, 2026McDonnell’s Military Test Space Station (MTSS)

John Glenn performed the first American orbital Mercury flight on February 20, 1962 in the Friendship 7 capsule.

GeneralValue 4.0Mar 9, 2026McDonnell’s Military Test Space Station (MTSS)
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