"Designing the transmission mechanism" is not just a technical manual, but a real travel guide for engineers, designers and students seeking to better understand the intricacies of creating efficient and reliable mechanical systems. The team of authors, uniting leading experts in the field of mechanical engineering and mechanics, created a book that reveals all aspects of the design of transmission mechanisms with practical accuracy and theoretical depth. This book is a real storehouse of knowledge for those who want to master the art of transforming movement and force in mechanical systems. It discusses in detail the operating principles of various types of gears, such as gears, belt, chain and screw systems. The authors are not limited to dry formulas and schemes - they immerse the reader in real situations, show how to choose the optimal mechanism for specific conditions, and give advice on improving the efficiency, durability and safety of the design. What makes “Transmission Mechanism Design” particularly valuable is the combination of theoretical foundations with practical recommendations. The book deals in detail with the issues of calculations, selection of materials, testing methods and optimization of structures . Particular attention is paid to modern technologies and innovative solutions, which makes it relevant for engineers working in the field of mechanical engineering, robotics and automation. The style of presentation by the authors is a harmony of scientific rigor and accessibility, thanks to which the book is suitable for both students of technical universities and experienced specialists looking for new ideas and approaches. The book "Design of the transmission mechanism" can become an indispensable assistant for those who are engaged in the development of new devices or the modernization of existing systems. It will help you understand how to choose the right transmission parameters to ensure maximum efficiency and minimal costs. It raises topics related to load calculations, element balancing, vibration and wear, making it a valuable source of information to improve the reliability and durability of mechanical systems. If you are interested in mechanical engineering, automation or robotics, this book will definitely attract your attention. It is suitable for both students who master the basics of mechanics and experienced engineers looking for new ideas for the implementation of complex projects. In it you will find not only theoretical calculations, but also practical cases that will help to apply knowledge in practice and avoid common design errors. A special style of authors is manifested in the clarity and consistency of the presentation, as well as in the wealth of illustrations and examples, which makes reading not only useful, but also fascinating. In general, "Designing the transmission mechanism" is a book that can become a desktop assistant for everyone who appreciates quality, innovation and professionalism in the field of mechanical engineering. It deservedly takes its place among the best publications on the design of mechanical systems and will become a reliable source of knowledge for those who seek to create complex and effective mechanisms of the future.