Exploring competition constraints at the CrossFit® Games: A systematic characterisation through an ecological...

Area of Science:

• Sports Science
• Exercise Physiology
• Biomechanics

Background:

• CrossFit® has transitioned from a fitness program to a global competitive sport.
• A lack of structured task characterization hinders understanding of performance demands and training design.

Purpose of the Study:

• To qualitatively characterize CrossFit® tasks using the Matrix of Analysis for Sports Tasks (MAST) framework.
• To analyze task demands and identify trends in competitive CrossFit®.

Main Methods:

• Applied the MAST framework to analyze 218 individual competitor tasks from the CrossFit® Games (2007-2025).
• Tasks were classified by movement taxonomy (weightlifting, gymnastics, metabolic conditioning), environment, and single/multidisciplinary demands.

Main Results:

• Weightlifting and throwing were most prevalent, while gymnastics showed a recent increase.
• Metabolic conditioning remained consistent but less frequent.
• A significant trend towards multidisciplinary tasks integrating strength, skill, and endurance was observed.

Conclusions:

• The MAST framework offers a flexible tool for analyzing CrossFit® tasks and variability.
• The increasing trend in multidisciplinary tasks necessitates adaptable training strategies for athletes.
• This research supports evidence-based training and performance preparation in competitive CrossFit®.