BIOMECHANICAL PERFORMANCE COMPARISON OF TWO SOCCER SHOE PRODUCTS IN CUTTING MOVEMENT
Soccer is one of the sports in which players are required to perform various quick movements. One of the common movements is cutting. The key to success for players in this movement is related to performance, injuries, and comfort. These aspects can be influenced by many factors such as the so...
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| Format: | Final Project |
| Language: | Indonesia |
| Subjects: | |
| Online Access: | https://digilib.itb.ac.id/gdl/view/78198 |
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| Institution: | Institut Teknologi Bandung |
| Language: | Indonesia |
| Summary: | Soccer is one of the sports in which players are required to perform various quick
movements. One of the common movements is cutting. The key to success for players in this
movement is related to performance, injuries, and comfort. These aspects can be influenced
by many factors such as the soccer shoes. Previous studies conducted by Tim Riset
Biomekanika FTMD ITB have developed standard operating procedures for the analysis of
traction, kinetics, and kinematics. Therefore, a study will be conducted to compare two
different brands of soccer shoes in terms of performance, comfort, and potential for injuries
during cutting movement.
This study utilizes force platform, motion capture, and subjective assessment. The
force platform is used to obtain traction data which will be analyzed to compare the
performance of soccer shoes. The motion capture system is used to acquire joint force kinetic
data which will be analyzed to compare the potential for injuries. Subjective assessment
includes traction perception assessment to support comparison of performance and comfort
assessment to compare the comfort of soccer shoes. The subjects used in this study are 15
male recreational soccer players. The data obtained is analyzed mathematically and
statistically to compare and determine if there are significant differences in each aspect
between the soccer shoes.
The results of the traction data analysis show that brand A shoes have better
performance as seen from the larger traction compared to brand B shoes, and also reflected
in the subjective assessment. Kinetic joint force data indicates that subjects are more prone
to injuries when using brand A shoes. Comfort values indicate that subjects feel more
comfortable using brand A shoes. |
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