7 New Antennas Books Reshaping the Industry in 2025

Joseph J. Carr, along with George W. Hippisley and Karl F. Warnick, brings decades of experience as electrical engineers and amateur radio enthusiasts to this sixth edition, making it a vital resource for anyone interested in antennas. The book demystifies complex antenna fundamentals by breaking down theories into accessible language, paired with practical fabrication and installation guidance. You’ll learn about a wide range of antenna systems—from VHF/UHF to mobile and wireless applications—plus the use of affordable software modeling and testing techniques. Whether you’re a ham radio hobbyist or a technician, this edition provides insights into emerging antenna types, especially those for low-frequency applications, helping you build both knowledge and hands-on skills.

Unlike most antennas books that focus primarily on practical design, Boris Levin’s work dives deep into the theoretical foundations, from long line theory to integral equations, offering a rigorous mathematical approach. You’ll explore Leontovich’s equation and its applications, gaining insight into current distributions and capacitive loading that refine antenna performance. The chapters on complex potential methods and microstrip antenna analysis open new perspectives on electromagnetic field flows and antenna interaction in diverse environments. If you’re working on advanced antenna synthesis or want to understand the physics behind antenna behaviors, this book provides a detailed framework, though it’s best suited for those comfortable with mathematical rigor rather than casual learners.

This tailored book explores the latest developments in antenna technology emerging in 2025, focusing on new theories, designs, and practical applications that align with your specific interests. It reveals cutting-edge insights into antenna performance, materials, and deployment strategies to help you stay ahead in this fast-evolving field. By matching your background and goals, it provides a personalized path through the complex landscape of emerging antenna research and innovation. Covering advanced topics from phased arrays to novel antenna materials, this book examines both theoretical foundations and hands-on advancements. It’s a tailored resource designed to deepen your understanding and keep you current with the newest antenna technologies that are shaping the future of wireless communication.

What started as an exploration into the earliest antenna designs became an insightful guide by Yueping Zhang, who brings a deep understanding of electromagnetic theory to this work. You learn the intricate connections between differential and single-ended antennas, including practical methods to measure and characterize differential antennas, which feature prominently in wireless communication and sensing. Zhang's detailed chapters cover microstrip, shorted patch, and grid array antennas, providing you with both theoretical foundations and applied knowledge. If your work or studies involve radio frequency engineering or advanced antenna design, this book addresses key concepts that shape modern antenna technology without unnecessary jargon.

What sets this book apart is its focus on bridging theory and application in the niche field of multi-beam phased array antennas for satellite ground stations. The authors, all experts in aerospace and telecommunications engineering, delve into engineering challenges such as array excitation error and calibration, hemispherical coverage design, and managing multiple beam resources. You'll find practical insights that address gaps left by traditional texts, especially if you're working on satellite constellation or ground station design. This concise volume offers engineers and researchers clear methodologies rather than abstract theory, making it a focused read for those directly involved in advanced antenna system development.

Don Dickey's background as a mechanical design engineer turned culinary professor gives him a unique lens on portable antennas, which he explores deeply in this book. You learn not just the types of portable antennas—from verticals and horizontal wires to magnetic loops—but also the reasoning behind choosing one design over another, grounded in basic theory. The book caters both to newcomers with affordable options and to seasoned operators seeking high-efficiency setups, making it a practical upgrade to your radio toolkit. Detailed discussions on home-built versus commercial models and expanded content from his earlier work make this a focused resource for anyone involved in Parks On The Air activities.

This tailored book explores the rapidly evolving field of phased array antennas with a focus on 2025 innovations and applications. It examines how phased arrays enhance satellite communication and telecom systems, delving into new discoveries and design techniques matched to your interests. By concentrating on your specific goals and background, the content reveals emerging research and practical insights relevant to current and future technologies. This personalized approach ensures you engage deeply with the latest developments, giving you a meaningful understanding of phased array performance, calibration, and integration in modern wireless networks. The book balances foundational concepts with cutting-edge knowledge to keep you at the forefront of antenna technology.

Michael Toia's experience distills complex radio antenna theory into accessible, geometry-based explanations without relying on Maxwell's equations. You gain insight into antenna behavior by exploring resonance, resistance, and reactance through clear technical drawings, rather than dense mathematical formulas. The book guides you through common antenna types such as dipoles, Yagi-Udas, Quads, fractals, and dipole curtains, clarifying their structure as sequences of segments. If you want a practical understanding of antenna fundamentals grounded in visual logic, this concise volume offers a focused approach, especially suitable if you prefer intuitive grasp over advanced electromagnetic theory.

Unlike most antennas books that focus narrowly on theory, this expansive four-volume set from ARRL Inc. blends detailed design principles with hands-on projects, addressing everything from simple dipoles to advanced VHF, UHF, and microwave antennas. You’ll get practical guidance on constructing various antenna systems, insights into transmission lines, and updated techniques such as shunt-feeding towers and amateur radio astronomy antennas. The book’s structure enables you to develop skills incrementally—from fundamentals in volume one to specialized applications and maintenance in later volumes—making it suitable for both newcomers and seasoned amateurs. If you want a single, deep dive into antenna technology that bridges theory and practice with real-world examples, this is a solid choice.