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This study aims to investigate how microcycle length influences external load across different playing positions in professional football players.

Position-Dependent External Load Management in Professional Football: An Exploratory Observational Study on the Effects of Microcycle Length

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This study aims to investigate how microcycle length influences external load across different playing positions in professional football players.
Analyzed GPS metrics from a professional football club over 2 seasons, covering 92 matches.
Defined external load ratio as accumulated load in the microcycle per match load in competition.
Evaluated differences in external load ratios based on microcycle length and player position.
Longer microcycles correlate with higher external load ratios across all positions (p < 0.001).
Most external load variables showed similar ratios between 3-day and 4-day microcycles.
Notable differences found in high decelerations and high accelerations between specific microcycles (p < 0.040 for decelerations; p < 0.001 for accelerations).

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Exploratory observational study analyzes microcycle length effects on external load in players, indicating the need for tailored load management.

Galiano et al. (2026) studied this question.

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Exploratory observational study analyzes microcycle length effects on external load in players, indicating the need for tailored load management.