Airborne and Mission Computers

Avionics and mission computing subsystems that tackle complex aerospace workloads and streamline safety certification

Explore Airborne and Mission Computers

ROCK 4 Compact Mission Computing, BUILTSAFE™

ROCK 4 Compact Mission Computing, BUILTSAFE™

Small and powerful mission computers with 11th Gen Intel Core i7 CPUs that bring AI to the Mission

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JARVIS Modular Mission Computing, BuiltSAFE™

JARVIS Modular Mission Computing, BuiltSAFE™

Software-defined mission computing that saves millions of dollars in lifecycle and maintenance costs…

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ROCK-2 3U OpenVPX Mission Computer, BUILTSAFE™

ROCK-2 3U OpenVPX Mission Computer, BUILTSAFE™

DO-178C/DO-254 certifiable 3U OpenVPX modular subsystem

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AMMP 3U SOSA Aligned Mission Computer, BuiltSAFE™

AMMP 3U SOSA Aligned Mission Computer, BuiltSAFE™

The first safe, SOSA aligned mission computer with 40x more performance

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AMP3311 Mission Computer

AMP3311 Mission Computer

Rugged COMe mission computer that supports maps with integrated GPS, HD/SD video processing, data…

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AMS7102 Mapping System

AMS7102 Mapping System

Mapping system with fire mapping, street data, topographic views, VFR/IFR and nautical charts

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Proven BuiltSAFE™

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

Flight-Proven

Deploy Faster with Risk-Free Computing

Our safety-certifiable solutions are delivered with proven DAL artifacts that streamline the certification process and reduce malfunction risk for airborne applications.

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Modern Technology

Certifiable AI for Autonomous Flight

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.

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Purpose-Built

Execute Airborne Missions with Confidence

Our power-efficient, rugged and compact subsystems preserve aircraft power resources and perform during demanding flight missions.

Case Study

Mid-Air Autonomous Refueling for Airbus

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.

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Case Study: AI in the Sky: Changing How Aircraft Refuel Midflight

Mercury's Drogue Tracking System (DTS) provides a solution for U.S. Navy pilots for safer and...

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Case Study: Future-Forward Radio Capabilities for Aging Aircraft

The U.S. Air Force received new solutions for platforms like the F-16 fighter that require...

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Article: The role of image and video processing

Image processing technology allows military aircraft to operate in past prohibited areas....

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Video: DAL Certifiable Computing for Future Avionics

Mercury partners with #Intel to deliver #DALcertifiable computing for future #avionics. Watch and...

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