Mercury Systems, Inc. products

The ARES3100, an advanced radar environment simulator for testing, training and comprehensive performance evaluation, leverages decades of technological innovation and is a proven, more affordable alternative to flight testing. The standard product reduces development time without sacrificing performance and creates a safe and realistic environment. Our simulators are ideal for testing configurations including anechoic chambers and laboratory-based production. Securely test radar systems with less risk of adversaries compromising sensitive waveforms. The ARES3100 is configurable for maximum flexibility to meet your radar development needs.

Accelerate synthetic aperture radar (SAR) mode development. Speed radar development and save millions of dollars in flight costs with the first commercially available radar environment simulator to comprehensively test synthetic aperture radar (SAR). ARES-SAR tests SAR capabilities by emulating real-world flight scenarios including ground targets, terrain, and SAR imagery in a lab, anechoic chamber, or open range.

Control Display (ACD) units support open, modular avionics architectures with standard data interfaces unencumbered by data rights limitations. Remote keypad and full smart display options are available.

Manage video inputs on complex installations effortlessly with the AVC1816. This rugged, smart video controller routes multiple sources of analog video, audio, and serial digital video throughout a vehicle or installation, providing real-time control over input/output configurations, with dynamic switching initiated via Ethernet, RS-232, ARINC 825 CAN bus, or an optional NVIS-compliant AVC1816-CTRL remote control panel. Integrated failsafe routing means that even in the event of a power outage, STANAG, RS-170, RGB, SMPTE 292, and SMPTE 424 signals will route via the tough MIL-C-38999 Series III and HD BNC coaxial connectors. With its longevity and reliability, the AVC1816 is the ideal video router for meeting the complex and demanding missions of today and tomorrow.