Aug 19, 2021
Mercury Systems, Inc. a leader in trusted, secure mission-critical technologies for aerospace and defense, today launched its new avionics data recorder, storage, and transfer systems. The innovative systems are purpose-built to provide air and operations crews with intuitive high-speed secure and reliable data exchange. By recording, storing and transferring data to and from both rotary- and fixed-wing aircraft, these systems enable critical intelligence, surveillance and reconnaissance (ISR) applications.
"Traditional avionics data recorder, storage and transfer systems are expensive and customized for specific platforms, making them difficult and costly to maintain and refresh,” said Jay Abendroth, vice president and general manager, Mercury Mission. “They also do not deliver the same high performance per footprint that Mercury’s solutions provide and typically do not offer advanced encryption capabilities. Our airborne systems rapidly integrate, with low risk, into any aircraft or system architecture. Data feeds are safely processed on Mercury’s BuiltSAFE™ mission computing solutions with three decades of proven performance on multiple safety-critical platforms. It’s another example of our leadership in safety-critical avionics solutions and reinforces our commitment to make commercial technology profoundly more accessible to aerospace and defense.”
The family of systems includes the following products:
by aircraft type (Fixed-wing, Rotary-wing, UAVs, AAM), Application (Engine, Aerostructures, Fuel & Hydraulic, Cabin), Sensor Type, End Use (OEM, Aftermarket), Connectivity (Wired, Wireless) and RegionDownload free sample pages
All systems are built with modular, open architectures, and seamlessly integrate into aircraft computing ecosystems to reduce program risk, cost, and downtime. Fast transfer and read speeds enable aircrews to quickly transfer pre- and post-flight data. Secure storage and crash-survivable memory safeguard the data to optimize missions and simplify aircraft and platform maintenance.