Inertial Case studies

A leap forward in performance enhancement and injury prevention At STT Systems, we are proud to support sports performance through advanced motion capture technology. One of our latest success stories is the implementation of a state-of-the-art biomechanics lab at the Royal Spanish Karate Federation (RFEK). This project sets a new standard in analyzing and optimizing […]

Biomechanical analysis has transformed clinical movement evaluation, enabling more accurate diagnoses and personalized treatments. Both MC Mutual Copérnico in Barcelona and Rodríguez San Pedro in Madrid have incorporated the 3DMA system developed by STT Systems, achieving remarkable improvements in gait analysis and functional rehabilitation studies. Accurate Movement Assessment Thanks to advanced 3D motion capture technology, […]

In the world of clinical biomechanics, having advanced tools for movement assessment is essential to improve patient diagnosis and treatment. FREMAP Majadahonda and FREMAP Sevilla hospitals have been using 3DMA from STT Systems as their primary solution for gait analysis and biomechanical evaluation for years, achieving outstanding results tailored to their needs. Additionally, a prestigious […]

Innovation in Biomechanical Analysis for Neurological Disorders In the world of clinical research, precision in movement measurement is crucial for developing new diagnoses and treatments. The Duke University School of Medicine has successfully integrated the ISEN solution from STT Systems into its clinical research laboratory since 2022, revolutionizing the way they evaluate patients with neurological […]

Motion capture is a key tool in teaching biomechanics and physical therapy. For over six years, NamSeoul University has relied on iSen by STT Systems as part of its educational methodology in the Department of Physical Therapy, using it for gait analysis and human movement biomechanics. According to Dr. SangBin Lee, PT, PhD, professor at […]

Accessible, Accurate, Real-Time Biomechanics In sports rehabilitation, clinical research, and human movement analysis, the demand for portable, reliable, and non-invasive biomechanical tools has grown exponentially. Professionals increasingly require solutions that move beyond static laboratory environments and complex infrastructures that limit scalability and real-world data collection. Within this context, inertial sensors (IMUs) have become a key […]

Ensuring that a workstation is ergonomically designed is critical for maintaining the health and safety of workers. One way to evaluate the ergonomic design of a workstation is through the use of inertial sensors and biomechanical analysis. These tools provide objective data that can be used to identify potential risks and make adjustments to improve […]

Swimming is an excellent exercise that engages all major muscle groups and is considered low-impact, making it a popular choice for people of all ages and abilities. However, to optimize performance and prevent injury, it is essential to understand the biomechanics of swimming. Biomechanical analysis of swimming can be performed using inertial sensors, which are […]

Biomechanical hockey analysis with inertial sensors (IMUs) Hockey is a fast and physical sport that requires specific technical and physical skills. To improve player performance and prevent injuries, it’s important to understand how athletes move and act on the field. This is where biomechanical analysis comes into play. Biomechanical analysis uses sensor technology to measure […]

The School of Physiotherapy of the Gimbernat University Schools, on the Torrelavega campus, has begun to use its new STT-IWS inertial sensors and the iSen system. The iSen system uses STT-IWS inertial sensors that provide real-time angles as well as angular velocities and accelerations. They communicate wirelessly via Wi-Fi, so they can transfer information to […]