Abstract
The purpose of the study is to develop and evaluate the effectiveness of an innovative cargo fastening system using aramid fasteners to improve the safety and stability of cargo transportation. The research methodology included the analysis of existing solutions, the development of conceptual models, mathematical calculations, and the modelling of the system using three-dimensional models. In addition, this study paid special attention to the choice of fastening materials, such as aramid fibre, and analysed the strength characteristics of fasteners to ensure maximum safety of cargo transportation. As a result of the work conducted, an innovative cargo and object fixation system was created, which provides a high level of protection and safety for the cargo, allowing it to avoid damage and emergency situations during transportation. Notably, this system is able to effectively distribute the load and reduce the impact of inertial forces, ensuring stability and reliability during the transportation of goods of various types and sizes. An additional substantial advantage of this innovative solution is its versatility, which allows its successful use in various scenarios and conditions. The technical solution created is suitable for moving both light and heavy loads and can be effectively applied to various types of vehicles.