Author: Jesús Mateo Cortés
Journal: Sport Performance & Science Reports (2026)

This paper, “Weekly Periodization for Women’s Football: Linking the Gym with the Pitch,” presents a specialized, movement-based strength training framework designed to optimize performance and reduce injury risks for elite female players.

Core Philosophy: Movement-Based Training

The framework shifts focus from traditional isolated muscle hypertrophy to biomechanical efficiency of football-specific actions. Coaches are encouraged to:

• Synchronize Gym and Pitch: Align gym-based loads with the “Intensive” and “Extensive” cycles of field sessions.
• Prioritize Mechanical Quality: Focus on the quality of movement and its kinetic similarity to on-field execution over metabolic load.
• Address the “Gender Gap”: Implement strategies that account for specific female neuromuscular patterns, such as quadriceps dominance and a predisposition to non-contact ACL injuries.

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Key Biomechanical Interventions

The paper identifies specific areas where targeted strength training can improve performance and safety:

1. Linear & Curvilinear Acceleration

• Horizontal Force: Female athletes often have a high theoretical maximal force but struggle to maintain it during the transition phase of a sprint.
• Pelvic Control: Training should focus on managing pelvic anteversion (anterior tilt) and achieving trunk stiffness, which is often hindered by quadriceps dominance.
• Ankle Stiffness: Addressing insufficient dorsiflexion is critical for creating the stiffness required for explosive power transfer.
• Curvilinear Mechanics: Coaches should incorporate training for curved trajectories, as the “outer” leg experiences significantly higher impacts and requires greater lateral stability from the gluteus medius.

2. Kicking Mechanism: The “Kick Down”

• Correcting Tilt: Increased anterior pelvic tilt can reduce iliopsoas activity, leading to a reliance on the quadriceps for kicking.
• Force Absorption: The “kick down mechanism” (posterior pelvic tilt) is proposed to create a stable foundation for force absorption and movement generation.

3. Injury Mitigation: Moving to “Hip-Dominance”

• ACL Protection: Female athletes often land in a “stiff” pattern with extended knees, which places maximum tension on the ACL.
• Posterior Chain Bracing: Coaches must transition players from a quadriceps-dominant strategy to a hip-dominant strategy. Strengthening the hamstrings and gluteals provides the muscular bracing needed to shield the ACL from shear forces.

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Weekly Periodization Model (Match Day Approach)

The proposed model organizes training around the Match Day (MD) cycle:

• MD-4 (Intensive Dynamics): Focuses on “braking” and “starting.” Priorities include acceleration, deceleration, and eccentric capacity of the quadriceps and soleus.
• MD-3 (Extensive Dynamics): Focuses on “engine” capacities. This includes high-speed running (HSR) and maximum velocity exposure (>95% Vmax) to “vaccinate” against hamstring injuries.
• MD-1 (Microdosing): Uses short, high-intensity stimuli to maintain neural activation without causing fatigue before a match.
• Velocity-Based Training (VBT): Recommends using VBT to prescribe relative loads (targeting 0.7–1.1 m/s) to develop “strength-speed” based on daily athlete readiness.

This summary was generated with the assistance of Gemini based on the original article, with the aim of translating the research into practical insights for coaches and practitioners.