Discover how tactical periodization, an innovative method, optimizes sports performance through a neuroscientific approach.
Welcome to the Neuro Quarter Hour, a show dedicated to physical preparation, and more specifically, to the approach of tactical periodization in ball sports.
In this episode, we will explore in detail how this methodology, popularized by José Mourinho, optimizes performance in view of weekly matches by creating a close link between the physical trainer and the coach. We will also see how to integrate neuroscientific specificities for better potentialization and recovery.
Tactical periodization is a physical preparation method primarily used in ball sports. Originating from Portuguese football and adopted by coaches like Mourinho, it aims to closely link physical preparation to the specific tactical demands of the game. The goal is to converge all training session effects towards the target match, usually on Sunday.
This approach involves in-depth collaboration between the physical trainer and the coach to design coherent training content. It is characterized by the use of small-sided games that, while eliciting physiological effects, also work on team tactics. This tactic is then adapted week by week based on the opponent.
To understand tactical periodization, it is essential to master the concepts of macro-moments and micro-moments. In ball sports, four central elements are ball circulation, tactical formation, player movements, and the relationships between these elements. In addition, there are five key macro-moments:
Each macro-moment is divided into three micro-moments that always occur in the same order. For example, during a defensive phase:
If the ball is recovered, we move to the defense-attack transition, with micro-moments such as directional movement and space occupation. In the attack phase, micro-moments include construction, penetration, and execution. Losing the ball during an attack triggers the attack-defense transition.
Tactical periodization assigns a specific physical theme to each day of the week, so that the effects of training accumulate and the athlete is fully recovered for the Sunday match.
While light physical activity can be beneficial, Monday is primarily dedicated to regeneration, especially psychological. Training often focuses on calm games, with no intense exertion or sudden directional changes.
Taking into account the 72 hours of recovery post-match, Tuesday is a regeneration day. Emphasis is placed on low-intensity passing games and physical content oriented towards functional hypertrophy, known to stimulate growth hormones and enhance recovery.
Wednesday is dedicated to strength in a broad sense, incorporating small-sided games with quick changes of direction. Training ranges from maximum strength in weightlifting to plyometrics, with work times of 3 to 4 minutes on exercises like 3 vs. 3 or 4 vs. 2.
Thursday is an energy day, with matches played 11 against 11 and work on large complete team tactical systems. Aerobic Maximum Power (PMA) work is integrated, with central and peripheral factors, as well as sprint repetitions.
Friday focuses on speed in all its forms: speed of information processing, game speed, ball speed, player movement speed, and speed of interactions between players. This includes working on linear speed and information processing, both in strength training/preparation and on the field.
Saturday is not a rest day, but an activation day. In strength training, the focus is on light loads to promote regeneration and prepare the body for the match. On the field, intense but short exercises, such as six one-minute sessions of 3 vs. 3 in a reduced space, are practiced.
Finally, Sunday is match day, where the cumulative effects of the week’s training should manifest.
Tactical periodization provides an opportunity to integrate neuroscientific principles to optimize performance and recovery.
If Friday focuses on speed and information processing, it is an ideal time to work on the visual system before training. Tuesday, a regeneration day, can be dedicated to exercises that stimulate the vestibular system and the vagus nerve for enhanced recovery. Practices like exclusive nasal breathing or using binaural beats during training can even be considered to promote regeneration.
Tactical periodization allows for extensive individualization. By analyzing match videos, we can identify the macro-moments and micro-moments where a player encounters difficulties. This enables the creation of specific training situations to improve the player's information processing and reactions during matches.
Individualization can extend to testing each athlete’s preferred contraction regime before a session to optimize warm-up and the day’s session. The idea is to always exceed the demands of competition during training to refine performance.
To optimize recovery, neuroscientific strategies are essential. Proper nutrition, quality sleep, and establishing a neurological progression throughout the week are crucial. The goal is to stimulate the cerebellum to meet the high demands of training and maximize recovery.
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