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Master the Engineering Behind Airborne Radar

Airborne radar must detect, classify, image, and track targets while operating from a fast-moving platform, looking into powerful ground clutter, and working within strict limits on size, weight, power, and cooling. Designing such a system requires more than knowing the radar equation—it demands an integrated understanding of electromagnetics, antennas, waveforms, signal processing, tracking, hardware, and system engineering.

Airborne Radar Systems: Principles, Signal Processing, and System Design is a comprehensive practitioner’s textbook that takes readers from radar fundamentals to the design and verification of complete airborne sensing systems.

Inside, you will explore:

• Radar range equations, detection theory, and loss budgets
• Radar cross section, propagation, and airborne clutter
• Antennas, phased arrays, beamforming, and AESA systems
• Transmitters, receivers, digital conversion, and RF design
• Waveform design, pulse compression, Doppler, MTI, and CFAR
• Pulse-Doppler operation and ambiguity resolution
• Adaptive arrays and space-time adaptive processing
• Synthetic aperture radar and ground moving-target indication
• Air-to-air search, track-while-scan, tracking, and sensor fusion
• Radar integration, reliability, testing, and system verification

Rather than presenting formulas in isolation, the book develops important results from their physical origins, explains their assumptions, and shows how each decision affects hardware, processing time, cost, and performance. Worked examples use realistic engineering values, while design notes, professional-practice guidance, common mistakes, and end-of-chapter problems build practical judgment.

Designed for radar engineers, systems engineers, aerospace professionals, advanced students, researchers, and engineers entering the radar field, this book provides the analytical depth and practical perspective needed to understand, evaluate, and design modern airborne radar systems.

Build the knowledge to turn scattered echoes into reliable information—and complex requirements into a working radar system.

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