"The project of road clothes of a non-rigid type" is a fascinating and informative book written by Verenko V. A. which immerses the reader in the world of modern technologies and innovative solutions in the field of road construction. This work will be a real discovery for all those interested in engineering, architecture and design, as well as for students and professionals seeking to expand their knowledge in this area. The book focuses on the design of road clothing, but does so with a focus on non-rigid designs that are becoming increasingly relevant in the face of modern requirements for road surface stability and durability. Verenko, having deep knowledge and practical experience, shares with the reader not only theoretical foundations, but also practical recommendations that will help in the implementation of projects in practice. What are non-rigid road clothes? These are structures that provide the necessary strength and stability of the road surface, but at the same time have flexibility that allows them to better adapt to changes in temperature and loads . The book discusses in detail the various materials used to create such coatings, as well as the methods of their design and calculation. The reader will be able to learn about modern technologies that can significantly improve the performance of roads, as well as new approaches to their repair and maintenance. This book will be of interest not only to professional engineers and architects, but also to students studying in specialties related to construction and transport. It will be an excellent tutorial for those who want to deepen their knowledge in the field of road infrastructure design. It will also be useful to anyone who is interested in modern trends in construction and seeks to be aware of the latest developments. The topics raised in the book are relevant and important for modern society. With the constant growth of traffic flows and increasing load on the roads, the need to create high-quality and durable road infrastructure is becoming more urgent than ever. Focuses attention on how the right choice of materials and technologies can significantly reduce the cost of