Wearable, lightweight design allows accurate VO₂ and energy expenditure measurement in real-world training and field environments.
Delivers highly precise breath-by-breath metabolic data validated against traditional laboratory metabolic carts.
Instantly view physiological performance metrics on your tablet or PC during testing and training sessions.
Measures VO₂, VCO₂, ventilation, RER, breathing frequency, and caloric expenditure for complete metabolic profiling.
VO2 Master enables coaches and sports scientists to precisely assess VO₂ max, endurance capacity, training zones, and metabolic efficiency during real training sessions. Its wearable design allows testing in real-world environments, delivering accurate data for optimizing performance, improving conditioning programs, monitoring fatigue, and maximizing competitive advantage.
In clinical and rehabilitation settings, VO2 Master supports cardiopulmonary exercise testing, pulmonary rehabilitation, and metabolic health evaluation. The portable system allows clinicians to monitor patients safely during functional activities, providing objective physiological insights for diagnosis, treatment planning, recovery tracking, and long-term health management.
VO2 Master is widely used in research for studying exercise physiology, occupational performance, military readiness, and environmental stress responses. Its high-accuracy metabolic data collection in both laboratory and field conditions enables scientists to conduct advanced human performance studies, publish reliable results, and develop evidence-based training and safety protocols.
Central hub enabling seamless synchronization, control, and data acquisition for Trigno wireless sensors.
A dynamic camera for a changing a world valkyrie is the new foundation of your motion capture system.
High-performance motion capture cameras delivering precision, speed, and flexibility across research and engineering applications.
Biomechanical modeling software delivering intuitive musculoskeletal analysis and objective, quantitative human movement insights.
Force Plates are high-precision biomechanical measurement systems designed to accurately capture ground reaction forces, moments, and center of pressure (CoP) during human movement.