Des Moines 3D Motion Capture Lab Acquisition
- The Des Moines University (DMU) Clinic is now home to a cutting-edge portable 3D motion capture laboratory, a first for the Des Moines metro area.
- DMU anticipates the new lab will considerably improve its clinical applications, research, and educational programs.
- Andy and Katie Snook, of west Des Moines, provided the donation that made the motion capture lab a reality.
Des moines University Clinic has acquired a portable 3D motion capture lab, a milestone for local sports and medical advancement, thanks to a generous donation. This cutting-edge Noraxon system will revolutionize clinical applications, propel vital research, and enrich educational programs. Physical therapy, sports performance, and broader research initiatives are poised for important advancement in the Des Moines area. This acquisition, made possible by Andy and Katie Snook, highlights DMU clinic’s commitment to patient care and their innovative approach to sports medicine. News Directory 3 applauds this commitment.Discover what’s next for DMU’s game-changing technology.
Des Moines University Clinic Enhances Sports Performance with 3D Motion Capture Lab
Updated June 05, 2025
The Des Moines University (DMU) Clinic is now home to a cutting-edge portable 3D motion capture laboratory, a first for the Des Moines metro area. The Noraxon system’s advanced sensors and portability allow for in-depth movement analysis across various settings.
DMU anticipates the new lab will considerably improve its clinical applications, research, and educational programs. Physical therapy, sports performance, and broader research initiatives stand to benefit from this technology.
Andy and Katie Snook, of west Des Moines, provided the donation that made the motion capture lab a reality. Their son, Drew, a catcher for West Des Moines Valley’s baseball team, received care from DMU’s head athletic trainer and physical therapist, Lauren Mach, after an elbow injury.
The Snooks cited their positive experience with the DMU Clinic staff and their dedication to patient care as key reasons for funding the new technology, hoping to enhance sports performance and rehabilitation outcomes.