This type of laboratory is dedicated to optimizing the complex interaction between the cyclist and the machine. Using advanced sensor technology and motion capture systems, researchers study the biomechanics of cycling to improve comfort, prevent injury, and boost performance.
Testing how onboard GPS, power meters, and integrated radars perform under intense vibration and electromagnetic interference. Bicycle Confinement Laboratory
Inside the confinement lab, cyclists are fitted with electromyography (EMG) sensors to measure muscle activation, metabolic carts to track oxygen consumption, and EEG caps to monitor cognitive load. By confining the rider to a highly instrumented stationary platform or an omnidirectional treadmill, scientists can pinpoint exactly how different frame geometries, saddle designs, and handlebar widths affect bodily stress and mental focus. 2. Micro-Environmental Simulations This type of laboratory is dedicated to optimizing