The book "Development of approaches to solving the problems of aerodynamics and stability of the movement of shells and unguided missiles based on mathematical models" by the Queen is a fascinating and in-depth study that immerses the reader in the world of high technology and scientific research. In this paper, the author offers readers a unique look at the complex problems of aerodynamics, considering them through the prism of mathematical models and methods. This book will be a real discovery for anyone interested in physics, engineering and aerospace technology. From the first pages of the Queens captures the reader's attention, plunging him into complex but fascinating questions regarding the movement of shells and missiles. It not only describes existing problems, but also offers new approaches to solving them, which makes the book relevant for both undergraduate and graduate students, as well as for professionals in the field of aerodynamics and rocketry. Readers interested in topics such as flight physics, body dynamics, and mathematical modeling will find many useful and interesting ideas in this book. One of the key topics raised in the book is the importance of a mathematical approach in solving practical problems. Korolev demonstrates how mathematical models can be used to analyze and predict the behavior of projectiles and missiles in various environments. This not only enriches the theoretical base, but also opens up new horizons for practical application in the aerospace industry. Readers will see how science and technology intertwine, creating innovative solutions for complex problems. The book also addresses issues of motion stability, which is a critical aspect in the design of rockets and projectiles. The Queen shares her knowledge and experience, which allows readers to better understand how various factors affect the stability and controllability of aircraft. This makes the book especially valuable for those who work in the development and testing of new technologies. The author's style is distinguished by clarity and accessibility, which allows even those who do not have deep knowledge in mathematics or physics to easily absorb material. The Queen uses many examples and illustrations that help visualize complex concepts and make reading fascinating. His previous works, such as Fundamentals of Aerodynamics and Mathematical Methods in Engineering, have already established themselves as valuable sources of information, and the new book continues this tradition. This work will be of interest not only to specialists, but also to a wide range of readers, including students of technical universities, graduate students, as well as anyone who wants to deepen their knowledge in the field of aerodynamics and rocketry. The book will be an excellent addition to the library of anyone interested in modern technology and their development. In conclusion, “The development of approaches to solving the problems of aerodynamics and stability of the movement of shells and unguided missiles based on mathematical models” is not just a scientific work, but a real guide to the world of aerodynamics and mathematical modeling. The Queen creates a unique synergy between theory and practice, making his book a must-read for anyone who wants to be at the forefront of modern technology. Don’t miss the opportunity to learn more about how mathematics can change our understanding of aerodynamics and rocketry.