In sports performance, motion tracking technology is dynamically used by athletes and coaches across a massive range of sports, from swimming to football, golf to tennis, athletics to basketball, and pretty much everything in between.
FREMONT, CA: Nowadays, motion capture technology is at the forefront of cutting-edge clinical movement analysis. From improving the recovery of wounded soldiers to changing the form of world-class athletes, it is vital to the work of leading research centers, hospitals, universities, and private medical practices across the world. Motion capture was first applied in the life science market for gait analysis in the 1970s. Today, biomechanics research remains the technology’s most common application.
Optical motion capture systems are employed in several applications. For instance, gait analysis helps medical practitioners gain a deeper understanding of the movement of the lower limbs. In neuroscience and motor control, motion capture technology allows significant developments in treating patients with a variety of complex neuro-musculoskeletal injuries such as cerebral palsy and myelomeningocele.
In sports performance, motion tracking technology is dynamically used by athletes and coaches across a massive range of sports, from swimming to football, golf to tennis, athletics to basketball, and pretty much everything in between. The measurement and valuation of players and athletes help coaches refining techniques, correct actions to prevent injury and improve performance. The technology also plays a vital role today in fast-tracking the return to play of athletes after injuries, warranting recovery safely, and curtailing the chance of re-injury.
As motion capture systems have altered and evolved, they have become ever more reachable. For those working in the wide-ranging biomechanics field, motion capture is a real enabler. This tool authorizes users with more data-driven methods to understand how their subjects move. The growing proliferation of technology is giving medical decision-makers access to far more data than previously possible. Consequently, it is helping to expand the quality of not just patient care but also the excellence of life for hundreds of thousands of patients and athletes across the world.