The daily life activities of a population have a significant effect on hip joint due to the repetitiveness and difficulty levels. Therefore, daily life activity data is an important source for manufacturing successive and long-lasting implants for hip joint arthroplasty. In this study, the hip joint kinematics is investigated under six determined activity that is performed frequently by the Turkish population. The collected and processed data is used in a TUBITAK funded project to form a first national database for the Turkish people. The study first introduces the literature review on hip joint kinematics investigations for daily life activities. Thereafter, anatomy of the hip joint and motion capture techniques are explained. Experimental procedure, protocol, materials, methodology and data collection are explained in detail in the Methodology Chapter. This Chapter introduces the determined daily life activities, chosen motion capture system and post-processing tools for the inverse kinematic analysis. The Results and Discussion Chapter illustrates and tabulates the calculated results. Detailed explanations are made for discussing the results. The Conclusion Chapter summarizes the study.