Whats often overlooked in the discussion of wattage and team sprint courses is the impact of neuromuscular fatigue, particularly in the latter stages of a sprint. While a high wattage output is critical for achieving top speed, its the ability to maintain a steady effort and resist neuromuscular fatigue that ultimately determines a teams success. But what if the relationship between wattage and neuromuscular fatigue isnt as straightforward as we think? What if, for example, the optimal wattage for a team sprint isnt the highest possible output, but rather a wattage that strikes a balance between speed and fatigue resistance? How would this approach change our understanding of the role of wattage in team sprinting, and what implications would it have for training and competition strategy?