21 Best Books on Guidance Navigation and Control

“The Principles of Navigation” Book Review: This book covers the fundamental principles of navigation. The key chapters include collision avoidance, determination of geographical position, and control and steering. It also explores land, air, and space navigation, as well as the evolving philosophy of navigation. The book aims to assist navigators in comprehending the challenges and obstacles encountered while navigating at sea. To facilitate better comprehension, diagrams are included to illustrate the topics. This book is beneficial for navigators and engineers.

“Integrated Aircraft Navigation” Book Review: The aim of this book is to explain modern aircraft navigation systems using a computer-oriented approach. It covers topics such as aircraft navigation and tracking, spheroidal earth navigation, designation of a surface point, primary and backup sensor usage, as well as gimballed platform and strapdown inertial navigation, space stable, geographic, and wander azimuth coordinate systems. The concepts are presented using images and figures for clarity. This book is intended for students studying aerospace engineering.

“Navigation: Land, Sea, Air, Space” Book Review: The book provides a comprehensive history of navigation across different terrains, including land, sea, air, and space. It covers topics such as signal processing, planet geometry, guidance versus navigation, and absolute navigation versus dead-reckoning. Additionally, the book discusses time measurement and other specific topics such as off-road navigation, altitude measurement at sea, and special military missions. The topics are covered in depth, and the book is a useful resource for enthusiasts who want to learn about navigation across different terrains.

“Tactical and Strategic Missile Guidance” Book Review: This book covers the fundamental principles of missile guidance systems. It covers a range of topics, such as the use of adjoints for mixed continuous-discrete systems, novel guidance laws, and techniques to achieve minimum miss distance. The book also introduces the differential game guidance law with bounded controls, showcasing its superior performance under difficult conditions. Additionally, it explores techniques for presenting strategic information on successful missile intercepts. The content is detailed and includes equations and diagrams, making it suitable for aerospace and navigation engineering students.

“Global Positioning System: Theory and Applications” Book Review: The main focus of this book is the application and performance of GPS. It includes an introductory description of the GPS system and its history, including the satellite launches and initial testing. The book also covers the GPS operation and design, signal structure, theoretical performance, navigation data, satellite constellations, and geometric dilution of precision. In total, the book includes 20 detailed chapters, with images of satellites and data tables. It is intended for students of aeronautical and networking engineering who want to learn about GPS.

“Integrated Navigation and Guidance Systems” Book Review: This book covers the fundamental principles of integrated navigation and guidance systems, including navigation over the Earth’s surface, Newton’s laws applied to navigation, inertial navigation sensors and systems, uncertainty in navigation, and global positioning systems. It also discusses high-accuracy navigation using GPS, differential and carrier tracking GPS applications, and the Kalman filter inertial navigation system for flight navigation. The book includes equations and figures for easy understanding and is suitable for aerospace professionals and engineering students. Additionally, the book explains the use of AINSBOOK software for error analysis and Kalman filter simulation. It also provides tables, labeled figures, and photos to help students understand important topics in air traffic control and altitude control.

“Introduction to Satellite Navigation, Inertial Navigation, and GNSS/INS Integration (Signals and Communication Technology)” Book Review: The main focus of this book is on introducing the concept of navigation with the use of global positioning systems. It covers topics such as inertial navigation, integrated navigation systems, their applications, design of navigation systems, and methods of measurement. Additionally, examples and case studies are included to help students understand the concepts better. This book is designed for aeronautical and networking engineers who are interested in the field of navigation.

“Fundamentals of Radar, Sonar and Navigation Engineering (with guidance)” Book Review: This book covers the fundamental principles of sonar, radar, and navigation engineering. The primary topics discussed include the radar equation, MTI and pulse doppler radar, tracking radar, radio direction finders, DME, and TACAN. Additionally, the book covers radio ranges, navigation satellites, hyperbolic electronic navigational systems, and electronic aids to approach and landing systems. The inclusion of vivid images enhances the reader’s comprehension. The book concludes with an Examinations section for student practice. It is designed for use by aeronautical engineering students.

“Guidance, Navigation and Control 2016” Book Review: This book is a compilation of papers presented at the American Astronautical Society covering a wide range of topics in Guidance, Navigation, and Control. The main themes include Student Innovations, Future Concepts, Future Space Servicing, Advanced Access to Space, and Miniaturization of Components. Almost 100 papers are included, making it a valuable resource for researchers and students in the field of aerospace engineering.

“Navigation: Principles of Positioning and Guidance” Book Review: This book presents a comprehensive introduction to navigation. The main topics discussed include a historical overview, mathematical and physical fundamentals, maps, terrestrial navigation, and celestial navigation. Additionally, it covers terrestrial radio navigation, satellite-based navigation, augmentation systems, and inertial navigation. The book employs diagrams and images to enhance the clarity of the content. It is suitable for students and researchers interested in the field of navigation.

“Fundamentals of Aerospace Navigation and Guidance (Cambridge Aerospace Series)” Book Review: This book covers the fundamental principles of navigation and guidance for modern aerospace vehicles. Topics discussed include deterministic and stochastic system theories, optimization, and optimal control for guidance applications, and the basics of aerospace navigation and guidance. Each topic includes relevant problems and their solutions to aid students’ comprehension. Homework problems are included at the end of each chapter to facilitate practice. This book is intended for advanced-level aerospace engineering students and researchers seeking a deeper understanding of navigation and guidance principles.

“Advances in Aerospace Guidance, Navigation and Control: Selected Papers of the 1st CEAS Specialist Conference on Guidance, Navigation and Control” Book Review: This book presents the latest advancements in aerospace guidance and navigation control. It consists of a compilation of selected papers from the 1st CEAS specialist conference on guidance, navigation, and control, which discusses various ideas, concepts, and solutions related to navigation. The book features examples of commercial aircraft, fighters, helicopters, satellites, and launchers from different countries. It is a valuable resource for advanced-level students in aeronautical engineering. All papers in this book have undergone a formal review process to ensure high-quality content and were recommended by reviewers as the best ones to be included.

“Modern Inertial Technology: Navigation, Guidance, and Control (Mechanical Engineering Series)” Book Review: This book provides an in-depth overview of the use of inertial technology for guidance, control, and navigation in aerospace. It covers various topics including the principles of accelerometer, pendulous accelerometers, mechanical gyroscopes, vibrating beam accelerometers, and single degree of freedom gyroscopes. The book includes labelled diagrams, figures, and detailed equations for better understanding. Each unit concludes with conclusions and references for quick review and further reading. This book is useful for mechanical and aeronautical engineering students, researchers, and graduate students, as well as system engineers and specialists involved in aeronautics and space research. It specifically explains sensors, gyroscopes, chronometers, and accelerometers, discussing their principles, operation, design, advantages, and disadvantages.

“Apollo Guidance, Navigation and Control: Design Survey of the Apollo Inertial Subsystem” Book Review: This book provides an in-depth account of NASA’s contract for designing the Apollo inertial subsystem, covering the history and development of the command and lunar modules. It includes highlights of the experiences and knowledge gained during the Apollo missions, along with technical and program-oriented recommendations. The book serves as a valuable source document for subsequent design criteria monographs and is useful for advanced aerospace engineering students. It focuses on the design, development, and testing of the inertial subsystem intended for manned spaceflight beyond earth orbits and highlights the experience and knowledge accumulated by this portion of the Apollo program.

“Spacecraft Navigation and Guidance (Advances in Industrial Control)” Book Review: This book presents the computational techniques used for navigation and guidance of spacecraft. It covers topics such as orbital mechanics, the SIRF algorithm for orbit determination, gravity assist maneuvers, and guidance. The book also discusses various phases of space missions including launch, re-entry, and deep space missions to planets or primitive bodies. It contains helpful images and figures to assist with understanding. This book will be beneficial for students studying aeronautics, astronautics, and control engineering.

“The International Handbook of Space Technology (Springer Praxis Books)” Book Review: This book offers a comprehensive introduction to modern spacecraft technology, covering topics such as launch systems, spacecraft structures, power and thermal management, propulsion systems, and software. It also includes chapters on entry, descent and landing, robotics, data systems, legal and regulatory issues, and project management. The content is presented in a clear and concise manner, accompanied by illustrative figures and examples. Additionally, some sections of the book are contributed by experts in the field, including renowned scientists and CEOs such as Elon Musk, as well as experts from leading global space agencies like NASA, ESA, JAXA, and CNES. This book is a valuable resource for aerospace engineering students.

“Modern Navigation, Guidance, And Control Processing (Prentice Hall Series in Advanced Navigation, Guidance, and Control, and Their Applications)” Book Review: This book focuses on the practical applications of advanced navigation, guidance, and control (NGC) systems. It covers the modelling, design, analysis, simulation, and evaluation (MDASE) of such systems. The book provides insights into the design approaches, status of major aerospace programs, and tools and techniques for solving real-world aerospace engineering problems. It includes examples from military and commercial aircraft, spacecraft, and missile and weapon systems. The book evaluates modern analysis techniques and advanced control system design. It is a valuable resource for researchers and engineers working in the field of aerospace engineering.