Kratos
Kratos Radar Environment/Target Simulator
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Kratos Radar Environment/Target Simulator
Overview
The Kratos RT Logic Radar Environment and Target Simulator builds on an established line of propagation channel simulation products to realize an economical solution for simulating targets and channel effects in an RF environment. The system can be controlled via a standalone graphical user interface for simplified scenario applications, a dedicated real-time interface, or remotely via the Ethernet interface.
Features
• Support for L, S, C, X, and Ku radio frequency bands
• Frequency tuning and channel model updates within <300μs
• Amplitude and phase alignment between four RF channels
• Proven DRFM based architecture
• Scenario target update rates < 10ms
• Support for phased array beam steering emulation
• Supports multiple overlapping targets within a dwell
• Support for clutter and Swerling 0, I, II, III, and IV models
• Scenario input via GUI, Excel, MatLab, STK, or custom modeling tools
Applications
• Radar Environment and Flight Dynamics Simulation
• Monopulse Radar System Verification
• Multi-Channel Threat Generation
• RF Seeker Development and Verification
• Hardware In the Loop (HIL) Testing
• Acceptance, Production, and Field Testing
Kratos Radar Environment/Target Simulator
Overview
The Kratos RT Logic Radar Environment and Target Simulator builds on an established line of propagation channel simulation products to realize an economical solution for simulating targets and channel effects in an RF environment. The system can be controlled via a standalone graphical user interface for simplified scenario applications, a dedicated real-time interface, or remotely via the Ethernet interface.
Features
• Support for L, S, C, X, and Ku radio frequency bands
• Frequency tuning and channel model updates within <300μs
• Amplitude and phase alignment between four RF channels
• Proven DRFM based architecture
• Scenario target update rates < 10ms
• Support for phased array beam steering emulation
• Supports multiple overlapping targets within a dwell
• Support for clutter and Swerling 0, I, II, III, and IV models
• Scenario input via GUI, Excel, MatLab, STK, or custom modeling tools
Applications
• Radar Environment and Flight Dynamics Simulation
• Monopulse Radar System Verification
• Multi-Channel Threat Generation
• RF Seeker Development and Verification
• Hardware In the Loop (HIL) Testing
• Acceptance, Production, and Field Testing
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Kratos Radar Environment/Target Simulator Data Sheet |