KINEMATICS ANALYSIS AND TRACTION OF SOCCER SHOE STUD ON TURNING RUNNING MOVEMENT

• Main Author: Theodore Putra Iroth, Kevin
• Format: Final Project
• Language: Indonesia
• Subjects: Teknik (Rekayasa, enjinering dan kegiatan berkaitan)
• Online Access: https://digilib.itb.ac.id/gdl/view/56271
• Institution: Institut Teknologi Bandung

The turning movement is one of the common movements of soccer. The movements are adapted directly from the movements often performed by soccer players. Every movement has important aspects, some of which are kinematics and traction. In soccer, these two aspects can affect the performance of the soccer player. The FTMD ITB Biomechanics Research Team has developed a motion analysis system for soccer players. This system will be used to see the effect of soccer shoe studs on the performance of soccer players. The performance of the football players greatly affects them in the game of football. This study explores several aspects to see the effect of soccer shoe studs on the performance of soccer players. There are three effects seen, namely injury, running speed, and traction. The method used in this study refers to references who have conducted previous soccer shoe research. This research uses two systems to retrieve data, motion capture and force platform. The motion capture system is used to obtain joint angle kinematics data, while the force platform system is used to obtain traction data. Apart from these two systems, a questionnaire on running time perception (RTP) and traction suitability perception (TSP) was also conducted to assess soccer shoes subjectively by 10 subjects. The results of the data analysis showed the influence of stud soccer shoes on soccer players. This influence can be taken into consideration by football players in choosing soccer shoes. In addition, the development of a football shoe prototype by the biomechanics laboratory of FTMD ITB can be done using the data in this study.