Sunday, June 16, 2024

MOTUM and Sharp/NEC Partner to Create Groundbreaking 3D Movement Analysis Laboratory

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MOTUM, a renowned Human Performance Institute based in Neu-Rum, Austria, has taken a significant step forward in the field of movement analysis by partnering with technology giant Sharp/NEC. This collaboration aimed to tackle the complex challenge of developing a state-of-the-art 3D visualization system to enhance sports performance and injury prevention through precise and real-time biomechanical analysis. This case study explores the objectives, challenges, solutions, and outcomes of this innovative project, highlighting its impact on the field of sports science and biomechanics.


The primary objective of the MOTUM institute was to create a sophisticated large-scale visualization system capable of accurately capturing and analyzing athletes’ movements in real time. By simulating real-life game scenarios and focusing on external environments, the system was designed to provide an authentic analysis platform for optimizing athletes’ performance and movements.


The project faced several significant challenges:

  1. Technical Complexity: Developing a three-dimensional visualization system that could accurately replicate real-life sports scenarios required advanced technology not previously utilized in such applications.
  2. High Standards for Accuracy: The system needed to deliver extremely accurate and reliable data to be useful in professional sports applications, where precision can determine the success of the training outcomes.
  3. Integration with Existing Infrastructure: Incorporating this new technology into MOTUM’s existing facilities and ensuring compatibility with other diagnostic tools was essential.


To address these challenges, MOTUM partnered with Sharp/NEC and Gendo GmbH to leverage their expertise in cutting-edge display technology and system integration. The solution was the implementation of Sharp/NEC’s NEC LED FE series screens with a 1.9 mm pixel pitch. These screens were chosen for their:

  • Vibrant Color Display and Brightness: Essential for clear, detailed visualization of movement.
  • Wide Viewing Angles: Allowing multiple observers to view the analyses simultaneously without loss of image quality.
  • Scalability and Modular Design: Enabling customization to fit the spatial and operational needs of MOTUM’s laboratory.

A large 5×3-meter LED wall was installed as the focal point in the lab, coupled with Mixed Reality technology to provide an immersive 3D diagnostic and analysis environment. This setup facilitated a new level of interaction with biomechanical data.


The outcomes of this partnership have been overwhelmingly positive, contributing both to the field of biomechanical analysis and to the practical training applications for athletes. Key achievements include:

  • Enhanced Diagnostic Accuracy: The new system allows for more precise diagnostics and better understanding of athletes’ movements, leading to improved training and rehabilitation strategies.
  • Innovative Training Tools: The 3D visualization system provides coaches and therapists with a powerful tool to analyze and correct athletes’ technique in real-time.
  • Industry Benchmark: The project has set new standards in sports science, becoming a showcase in the industry for how technological innovation can be applied in sports and therapy.


The collaboration between MOTUM and Sharp/NEC illustrates the power of combining expertise in sports science with advanced technology to create innovative solutions. The successful implementation of this project not only enhances MOTUM’s capabilities but also pushes the boundaries of what’s possible in sports performance and injury prevention. This case study serves as a model for similar initiatives aiming to leverage technology to improve human performance.


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