https://youtu.be/EjhNPM5W5gM?embedable=true
During the discussion, the CEO of Moxy, Roger, discussed how athletes could use their muscle oxygen sensors to improve their performance.
The sensor can be worn on the muscle to measure oxygenation levels in real-time and provide athletes with feedback on their training intensity and muscle recovery.
One primary use of the SM02 sensor is in endurance sports such as cycling. Roger explained that athletes could train at the right intensity level using the sensor to extend their endurance without overworking their muscles.
The sensor can also be used in interval training to optimize warm-up and recovery times. In the weightlifting space, the sensor can help athletes improve their performance by providing information about how they are training their muscle groups.
Roger also discussed how the Moxy sensor could be used to measure the efficiency of running shoes. By comparing the oxygenation levels of different shoes, athletes can determine which shoes have a higher running efficiency.
The sensor can also be used in bike fitting to determine the physiological cost of different bike fits.
In addition to these specific uses, the Moxy sensor can also measure long-term fatigue in athletes. As the body fatigues, it recruits fewer muscle fibers, which can be seen in the oxygenation levels measured by the sensor.
By monitoring these levels, athletes can adjust their training to prevent injury and improve recovery.
Overall, the Moxy sensor provides athletes with valuable insights into their training and recovery. By measuring oxygenation levels in real-time, the sensor can help athletes optimize their intensity and recovery and measure the efficiency of different equipment.
With the ability to combine this data with other performance metrics, the Moxy sensor has the potential to revolutionize the way athletes train and recover.
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