The book "Electronic methods of control of spacecraft trajectories" edited by Chris P. J. and other authors is a unique and in-depth study devoted to modern methods of control and control of the movement of space objects. This work will be a real discovery for everyone interested in space technology, engineering and astronomy, as well as for students and specialists in the field of aerospace engineering. From the first pages, the reader plunges into the exciting world of high technology and scientific research. The book covers a wide range of topics related to the control of spacecraft trajectories, including control algorithms, navigation systems and data processing methods. The authors share their knowledge and experience, offering readers up-to-date solutions for complex problems arising in the process of launching and operating space missions. One of the key topics addressed in the book is the use of electronic systems to ensure the accuracy and reliability of trajectory control. Readers will be able to learn about modern approaches to the design and implementation of such systems, as well as how new technologies, such as artificial intelligence and machine learning, can be integrated into the process of controlling spacecraft. This makes the book especially relevant for those who aspire to be at the forefront of space research and development. The book will be of interest not only to professional engineers and scientists, but also to students studying aerospace engineering, physics or mathematics. It will be an excellent addition to the educational materials and will help to deepen the understanding of the complex processes associated with space flights. Topics raised in the book, such as flight dynamics, motion control, and data processing, are foundational for future specialists in the field. The style of presentation of the authors is clear and accessible, which allows even beginners in the field of space technology to easily assimilate complex concepts. Chris P. J. and his team offer readers not only theoretical knowledge, but also practical examples that illustrate the application of the described methods in real space missions. This makes the book not only a tutorial, but also a practical guide for engineers and researchers. The book Electronic Methods for Controlling Spacecraft trajectories also raises important questions about the future of space exploration. With the rapid development of technology and an increase in the number of space launches, trajectory control is becoming increasingly relevant. The authors discuss the challenges and prospects facing the modern space industry, as well as possible ways to solve them. If you are looking for literature that combines scientific rigor and practical focus, this book will be a real find for you. It will not only expand your knowledge of space technologies, but also inspire new ideas and projects. Readers interested in such works as Stephen Hawking's "Space: A Brief History of Time" or Arthur C. Clarke's "Space Odyssey" will find much in common in this book and may even discover new horizons in the study of space. In conclusion, “Electronic methods for controlling the trajectories of spacecraft” is not just a book, but a whole world of knowledge that awaits its reader. Immerse yourself in this fascinating and mysterious world of space technology, and you will not regret your choice.