Performance
and Fatigue Laboratory

Capable of simulating extreme environments with ±1°F precision across a temperature range of -22°F to 185°F (-30°C to 85°C) and controlled humidity regulation. Supports human testing, thermal stress studies, and physiological adaptation research under precisely controlled environmental conditions.

Portable metabolic analyzer for measuring oxygen consumption, energy expenditure, and substrate utilization during exercise and rest.

High-performance treadmills and ergometers designed for controlled exercise testing, gait analysis, and endurance assessments.

Enables blood sampling, biomarker analysis, and biochemical assays to assess metabolic, endocrine, and immune responses to exercise and environmental stressors.

Precision platforms for measuring ground reaction forces, balance, and neuromuscular performance during dynamic movements.

Infrared technology for assessing heat distribution, skin temperature changes, and thermoregulatory responses in real time.

Core and skin temperature sensors for continuous tracking of thermoregulation and physiological responses in various environments.

Multiple modalities, including body scanners, platform scales, and bioelectrical impedance, to assess body fat percentage, body surface area, muscle mass, and hydration status.

Includes heart rate monitors, ECGs, and blood pressure devices to track cardiovascular function and autonomic responses to exercise and environmental stress.