What are the potential benefits and limitations of integrating wearable power meters into activities beyond cycling, such as running, swimming, or even everyday tasks like walking or climbing stairs?
Could these devices provide valuable insights into our overall energy expenditure and movement patterns, or would they require significant recalibration to accurately capture data outside of a cycling context?
How might wearable power meters inform our understanding of athletic performance and recovery across multiple disciplines, and what new possibilities could emerge for cross-training and multi-sport athletes?
Furthermore, could the development of wearable power meters for diverse activities spark innovation in fields like injury prevention, rehabilitation, or even occupational health, where precise measurements of energy expenditure could have significant implications?
Could these devices provide valuable insights into our overall energy expenditure and movement patterns, or would they require significant recalibration to accurately capture data outside of a cycling context?
How might wearable power meters inform our understanding of athletic performance and recovery across multiple disciplines, and what new possibilities could emerge for cross-training and multi-sport athletes?
Furthermore, could the development of wearable power meters for diverse activities spark innovation in fields like injury prevention, rehabilitation, or even occupational health, where precise measurements of energy expenditure could have significant implications?