Airborne and Mission Computers
Avionics and mission computing subsystems that tackle complex aerospace workloads and streamline safety certification
Avionics and mission computing subsystems that tackle complex aerospace workloads and streamline safety certification
Mercury’s airborne and mission computers accelerate complex airborne applications like artificial intelligence (AI) and streamline integration, technology refresh, and safety certification.
Using a modular, open system architecture design approach leveraging proven BuiltSAFE elements, our scalable mission computers minimize lead time and cost, mitigate program risk and ensure rapid and successful aircraft certification.
We combine our extensive flight-safety design experience with the latest commercial technologies to provide fully configurable, high-performance and compact solutions that fit any aircraft ecosystem, support converged applications and drive flight and mission success.
Small and powerful mission computers with 11th Gen Intel Core i7 CPUs that bring AI to the Mission
Software-defined mission computing that saves millions of dollars in lifecycle and maintenance costs…
DO-178C/DO-254 certifiable 3U OpenVPX modular subsystem
The first safe, SOSA aligned mission computer with 40x more performance
Rugged COMe mission computer that supports maps with integrated GPS, HD/SD video processing, data…
Mapping system with fire mapping, street data, topographic views, VFR/IFR and nautical charts
Mercury airborne and mission computers are architected with Mercury's proven BuiltSAFE™ commercial-off-the-shelf (COTS) elements and artifacts that have been tested, certified and fielded over three decades and meet the highest Design Assurance Level (DAL) objectives of DO- 178C and DO-254.
Modular and reusable, BuiltSAFE technologies maximize interoperability and speed technology refresh by minimizing the need for recertification. Learn more about the importance of design assurance in this blog post.
Our safety-certifiable solutions are delivered with proven DAL artifacts that streamline the certification process and reduce malfunction risk for airborne applications.
Our scalable and safety-certifiable subsystems maintain competitive advantage and preempt future threats by bringing the latest commercial technologies to rapid, agile and autonomous missions.
Our power-efficient, rugged and compact subsystems preserve aircraft power resources and perform during demanding flight missions.
Challenge: A computer that enables safe, accurate and autonomous in-flight refueling without incident.
Solution: Mercury’s compact, DO-178/254 mission computer uses real-time video data to guide successful connection.
DRFM-based radar environment simulators and radar target generators are efficient, cost-effective...
Mercury's Drogue Tracking System (DTS) provides a solution for U.S. Navy pilots for safer and...
The U.S. Air Force received new solutions for platforms like the F-16 fighter that require...
Image processing technology allows military aircraft to operate in past prohibited areas....
Contact us to discover what's possible at the edge