How smart textiles add value to the automotive industry is shown in a collaboration between Toyota and Kinetic Analysis.

A smart shirt can measure lung function in patients and coach the wearer on behaviour. This project result is delivered by Kinetic Analysis B.V. and QUAD Industries who have worked together on this medical innovation for 15 months. This project was supported by INTERREG Flanders-Netherlands . The two companies combined their expertise in data science and printed electronics. The challenges for the consortium were mainly in the field of technical innovations. Maarten Gijssel,

Falls among elderly residents stem from a range of complex factors, from balance issues and medication use to overall health and physical ac

Within Nano4Sports Kinetic Analysis develops new measurement techniques using smart garments to capture lower back posture in the smallest detail. To prevent lower back pain, we actively correct poor movement patterns occurring due to fatigue and maintain correct spinal alignment.

DIM in the classroom replaces written tests with interactive questions in an inclusive, age-level way. Kinetic Analysis provided movement pattern recognition algorithms. Interactive learning is battling overweight and obesity in childhood to diminish their impact on both physical and psychological health. With this project, we are enabling children to learn and increase their physical activity and motor skill.

Smart Sport Textiles represent the next step in wearable technology: sensing movement and muscle activity directly from clothing. Instead of relying on external devices or rigid sensors, this project integrates textile-based sensors seamlessly into sportswear, enabling unobtrusive and continuous movement analysis during real-life activity. The Smart Sport Textiles project (SST) focuses on combining e-textiles , biomechanics , and data analytics  to capture high-quality moveme