The book “Controlled movement of the underwater vehicle” by Grumonds and Polovinkin is a fascinating and deep immersion in the world of underwater technology and robotics, which will not leave indifferent either specialists or amateurs. This work will be a real find for anyone interested in marine technology, engineering and the future of underwater research. In the book, the authors explore in detail the principles of underwater vehicle control, ranging from basic concepts to complex algorithms that allow these devices to maneuver in the difficult conditions of the underwater world. The reader will be able to learn about the different types of underwater vehicles, their design and functionality, as well as how modern technologies affect their development. Unlike many other publications, “Controlled motion of the underwater vehicle” focuses not only on technical aspects, but also on practical examples, which makes the material accessible and understandable even for those who do not have engineering education. The book will be of interest to a wide range of readers: from students of technical universities and graduate students studying robotics and mechatronics, to professionals in the field of marine technology and underwater research. It will also attract the attention of science and technology enthusiasts who want to expand their knowledge of the underwater world and its inhabitants. If you have ever thought about how underwater drones or research vehicles work, this book will be a real discovery for you. The topics raised in the book range from the fundamentals of physics and mechanics to complex control and navigation algorithms. The authors discuss the importance of accuracy and reliability in the management of underwater vehicles, as well as the impact of external factors, such as current and pressure, on their work. The book also addresses issues of ecology and sustainable development, looking at how new technologies can help in the study and protection of marine ecosystems. This makes the Submarine Controlled Motion not only a technical aid, but also an important contribution to the discussion about the future of underwater research. The style of the authors is clear and accessible, which allows the reader to easily assimilate complex concepts. Grumonds and Polovinkin use a variety of illustrations and diagrams that help visualize the processes and principles described. This makes the book not only informative, but also visually attractive, which is especially important for the perception of technical information. If you are looking for books that are similar in subject matter, pay attention to such works as “Underwater technologies: from theory to practice” and “Robotics in marine research” These books also offer a unique perspective on the underwater world and its technologies, but the "Controlled motion of the underwater vehicle" stands out for its depth and practical focus. In conclusion, “Controlled underwater vehicle movement” is not just a book, but a whole world that opens up exciting prospects for underwater research and technology to the reader. It will become an indispensable assistant for all who seek to understand how the underwater world works and what opportunities open up for humanity in this area. Do not miss the chance to immerse yourself in an exciting journey through the depths of the ocean with Grumonds and Polovinkin!