The book "The orientation, withdrawal, convergence and descent of spacecraft on measurements from global satellite navigation systems", written by the authors Mikrin E. A. and Mikhailov M. In. It is a unique and relevant study dedicated to one of the most exciting and challenging areas of modern science space navigation. This publication will become an indispensable source of knowledge for specialists in the field of aerospace technology, students of technical universities, as well as anyone interested in space and its research. The book covers a wide range of topics related to the orientation and management of spacecraft. The authors examine in detail the methods of removal and convergence, as well as the process of descent of spacecraft to the surface of planets, using data obtained from global satellite navigation systems. This makes the material particularly relevant in light of current advances in space exploration, where each mission requires high accuracy and reliability. One of the key features of the book is its accessibility to readers with different levels of training. The authors strive to convey complex concepts in a simple and understandable language, which makes the book interesting for both professionals and amateurs. If you are a student studying aerospace engineering, or just a passionate space reader, you will find in this edition a lot of useful information and inspiration. The topics raised in the book cover not only technical aspects, but also philosophical issues related to space exploration. The authors emphasize the importance of precision navigation for successful space missions, as well as discussing the ethical and social aspects of space exploration. This makes the book not only a textbook, but also an occasion for reflection on the future of mankind in space. The writing style of Mikrin and Mikhailov is clear and logical . They use many illustrations and examples, which helps the reader to better understand the concepts presented. The authors also refer to their previous work and research, which adds depth and context to the topics under discussion. Their experience and knowledge in the field of space technologies make this publication a valuable contribution to the literature on this topic. If you are interested in books such as "Space. A brief history of time” by Stephen Hawking or “Astronomy for Dummies” by John Michalek, the “orientation, removal, convergence and descent of spacecraft in measurements from global satellite navigation systems” will be for you a great addition to the library. It will not only expand your knowledge of the cosmos, but also inspire new discoveries and research. In conclusion, this edition is not just a book about space technology. It is an invitation to a world where science and dreams of space intersect, opening new horizons for future generations. If you want to understand how modern navigation systems work and how they help humanity explore the vast expanses of the Universe, then this book must take its place on your shelf.