Universidad Fernando Pessoa Canarias (UFPC) commits to innovation with STT Systems in its new laboratory

High-level biomechanical analysis technology

Can an university become a leader in biomechanical innovation with a single strategic decision? Universidad Fernando Pessoa Canarias (UFPC) has done just that by inaugurating a state-of-the-art human motion analysis laboratory equipped with cutting-edge technology from STT Systems.

Located in Las Palmas de Gran Canaria, UFPC has taken a decisive step toward academic, scientific, and clinical innovation with the creation of its new biomechanics lab. This 120 m² space, housed within the Faculty of Health Sciences, is specifically designed for the study of human movement, integrating research, teaching, and practical application.

Thanks to a close collaboration with STT Systems—a global benchmark in the development of motion capture and analysis technologies—the lab is already positioning itself as a key space for training future professionals in the biomechanical analysis of sports, clinical, and functional movement.

High-level biomechanical analysis technology
At the heart of the lab is an optical motion capture system based on 8 OptiTrack Flex 3 cameras, specifically configured for gait, running, and jump analysis. This system offers millimeter-level accuracy thanks to its infrared technology and wide field of view, ideal for reproducing real-world settings in dynamic studies.

Complementing this setup are two FLIR BFS USB 3.0 high-speed cameras, which allow the capture of biomechanical events in great detail—essential for understanding the mechanics of sports movements in real time. The combination of these technologies provides a comprehensive view of human body kinematics in motion.

To enrich the 3D analysis, the lab is also equipped with a Podoprint S15 plantar pressure walkway, which provides key data on load distribution in the feet. This tool is especially useful for clinical evaluations, gait studies, and postural assessments. Additionally, although not yet synchronized, the lab features the Cyclus2 system, a gold standard in cycling biomechanics analysis.

Rapid setup and top-tier technical training
One of the most appreciated aspects of the project by the university was the fast installation and setup, which was completed in just half a day. The next day, the faculty team received intensive training from the STT Systems team. The training covered system calibration, data capture, use of the 3DMA software, analysis, export, and personalized reporting.

The faculty’s previous experience in biomechanics enabled smooth integration of the system into their teaching and research workflows. During the training, practical tests were conducted with active participation from the teaching staff, who showed great enthusiasm for the possibilities of the new equipment.

STT Systems will continue to provide technical support, maintenance, and updates to ensure the installation performs at its best in the long term.

Hands-on training and impactful research
Although the lab was primarily designed for the Degree in Physical Activity and Sport Sciences, it will soon be used in other academic programs, interdisciplinary projects, and research lines. Students will have access to professional-grade tools and be able to take part in final degree projects (TFGs), real research initiatives, and scientific publications.

The lab is expected to serve as a bridge for strategic collaborations with clinics, sports centers, and other universities, positioning UFPC as a pioneering institution in the Canary Islands in the use of advanced biomechanical technology.

An investment in academic excellence and professional development
This project was made possible through a synergy between the university, STT Systems, and a specialized provider of applied biomechanics solutions. Although no external agreements are currently in place, the lab’s potential is enormous, and opportunities for cooperation with healthcare and sports institutions in the archipelago are expected to emerge in the near future.

The teaching team also plans to present the lab at conferences and industry events, reinforcing the university’s role as a reference in educational innovation in the fields of health, sports, and biomechanics.