Designing the Optimal Field Hockey Training Week

Understanding how to structure the physical demands of a training week is an ongoing challenge for field hockey coaches globally. With evolving sports science and technological tools such as GPS player tracking, the opportunity to make data-driven decisions has never been more accessible. At our coach conference held on June 26, 2020, Xavi Haro—a seasoned field hockey performance expert working with RC Polo de Barcelona and the Spanish national team—delivered a detailed and enlightening lecture addressing the optimal organisation of a team’s microcycle. Drawing on his extensive practical experience, current scientific findings, and real-world GPS data, Haro offered attendees a blueprint for designing and validating training weeks that respect both the physiological realities of the sport and the contextual needs of individual clubs or national programs.

Haro’s presentation appeals directly to experienced field hockey coaches keen to refine their approach to planning, structuring, and periodising training loads. If your aim is to get your players optimally prepared for match day, this session provides a comprehensive system for making that happen.

Every successful training week, Haro asserts, must begin with a well-articulated training philosophy, one that aligns with your identity as a coach, your club or national team’s objectives, and the specific demands of the competition calendar. Haro’s system is anchored in the concept of the 'physical profile of tasks'—a nuanced understanding of how each training activity imposes unique physical demands on players. The crux of his approach merges the structural microcycle tradition (as developed in Spanish football) with tactical periodisation concepts popularised by Portuguese methodology experts like Professor Cerullo.

Key to this blend is the validation of training choices through empirical data, notably using GPS metrics. Marrying personal philosophy with science and tracking, Haro emphasises that effective periodisation is not about adhering to rigid templates but about contextual and iterative planning.

Haro advocates for a sequence of three fundamental questions to sharpen the focus of any microcycle:

For team sports like field hockey, the week's central focus is set unequivocally: match day is both the main objective and the peak of physical demand. Everything else in the week’s design serves to build towards, and then recover from, this focal point.

To meet these objectives, Haro breaks down the week into three functional blocks: a recovery phase (immediately after the game), an optimisation phase (where the bulk of physiological gains are made), and a tapering phase (to ensure players arrive at the game in peak condition). The guiding principle is to reverse-engineer the week from match day, managing recovery and progressive overload such that players are never compromised when it matters most.

The central innovation in Haro’s approach lies in systematically matching the physical characteristics of training tasks to the day of the week, predicated on their recovery demands as supported by scientific literature. Tasks are dissected through GPS data into their component loads: strength (primarily accelerations and decelerations), endurance (high-speed running, sprints, total distance), and speed.

By comparing GPS metrics across games and exercises—including small-sided versus large-sided games, or two-on-two counterattacks versus nine-on-nine drills—Haro illustrates the profound physical differences between training activities and the necessity of strategic placement within the microcycle. Small-area games generate higher numbers of accelerations and decelerations (strength orientation), while large-area formats elevate high-speed running and sprints (endurance orientation).

Following match day, the initial priority is recovery. Haro recommends a complete day off (Match Day +1) to facilitate physiological recalibration. This is followed by the gradual reintroduction of physical stress, with the peak demands (strength and endurance) scheduled sufficiently far from the next game to ensure full recovery by the time competition returns.

Tapering, in this context, occupies the final days before match day. Activities here focus not on intensive load, but on sharpness: short, high-speed drills, quick technical execution, and the avoidance of fatigue.

The core of the training week—what Haro terms the optimisation phase—comprises the Match Day -4 and Match Day -3 slots. Here, science meets practice in the meticulous scheduling of highest-priority loads:

Match Day -4: Strength Orientation

Sessions are designed to prioritise strength-related actions (e.g., acceleration, deceleration, changes of direction, body contact). Haro details that these technical-tactical sessions should revolve around small-sided games (1v1 to 8v8), small pitch sizes, and dense player involvement. The structure encourages high intensity with short bouts, requiring ample recovery between actions to allow maximal output.

These field sessions are complemented by gym-based strength training focused on movement quality and practical strength (pushes, pulls, jumps, landings), not just generic lifts.

Match Day -3: Endurance Orientation

In contrast, Match Day -3 emphasises endurance: repeated high-speed running, total distance, and sprints. Large-sided or expanded drills (often upwards of 14-22 players) on bigger pitches are used to maximise distance and speed demands. Here, session duration per rep increases, with more continuous play and shorter rest. Technical drills in this phase mimic game-like locomotor profiles and are supplemented with repeated sprint or high-intensity interval formats.

Strength work remains present in the gym, with a strong injury prevention focus, but is not as pronounced as on Match Day -4.

A unique feature of Haro’s approach is the use of GPS data not only to retrospectively analyse ongoing loads, but to validate the effectiveness of planned sessions. Each day’s activities are tracked for specific load metrics—accelerations, decelerations, high-speed running, sprint count, metabolic load distance. The data consistently show that Match Day -4 sessions produce the highest strength loads, while Match Day -3 peaks in endurance metrics.

This feedback loop ensures that periodisation is not theoretical, but empirically grounded and tailor-able to team and individual needs.

Haro presents a graphical overview illustrating how training loads—and specific metrics like high metabolic distance—fluctuate across the week. The progression follows a logic of recovery (low), overload-build (medium to high), and unloading-taper (low), ensuring physiological readiness and adaptation. The pragmatic result? Players hit match day with the highest freshness and output potential of the week.

Following the main presentation, Haro fielded a range of in-depth questions from the coaching audience, addressing nuances and special cases likely to be relevant for experienced field hockey coaches.

Acceleration vs Sprint – For Field Hockey Context

Haro clarified terminology: acceleration and deceleration are any changes in speed (positive or negative), while a sprint, in field hockey GPS analysis, is defined as running above 21 km/h for at least one second. This threshold is based on the unique positional and tactical demands of field hockey compared to other sports (e.g., football).

Balancing Physical and Mental Loads

A coach raised the intersection of physical data with cognitive and psychological stressors, highlighting the holistic 'OODA loop' (observe-orient-decide-act) concept. Haro acknowledged that while his system in this presentation is focused on quantifiable physical loads, qualitative aspects—such as decision-making, stress, and psychological load—are essential and best integrated by close collaboration between strength & conditioning and head coaches.

Training the Day Before a Match

Haro stressed the importance of context and team tradition: if a team has a history of resting before games, introducing a new session may be counterproductive. For teams used to pre-match training, he recommends very light, high-quality activation work (coordination, finishing drills), keeping total load minimal.

International Tournaments and Fixture Congestion

For teams facing multiple matches in quick succession—as is common in international events—the microcycle’s logic is upended. In tournaments, the same high loads that would be distributed across a week must be compressed into a few days. Players used to these demands (e.g., national team athletes) adapt faster, with recovery aided by high-level medical, physiotherapy, and recovery strategies. Week-to-week club routines cannot simply be ported into these contexts.

Combining Versus Separating Physical and Hockey Training

Haro reflected on his contrasting approaches for club and national teams. For clubs, hockey and physical work are usually combined within sessions to promote decision-making in match-like conditions. For national teams, where long-term objectives can afford separation, specific physical and technical training may occur independently. He noted that scientific evidence suggests similar conditioning results for either method—the critical factor remains how well plans are tailored to overall team goals.

Adapting for Youth Programs

When asked about adaptation for juniors, Haro confirmed that the organising principles of physical profiling remain valid. In his experience with youth, splitting the week by training focus (defensive work/acceleration early in the week, larger area/endurance later) helps coaches structure sessions and gives consistency to overloaded skill areas.

Tactical Periodisation’s Place in Hockey

Haro identified his approach as a blend of Spanish structural microcycle thinking and Portuguese tactical periodisation. While the latter claims to prioritise tactical over physical orientations, in practice, Haro notes, the distribution of physical load is still inherent—especially as team sports are governed by both physiological and tactical principles.

Xavi Haro’s presentation at our coach conference offers a masterclass in evidence-based weekly planning for field hockey coaches. For practitioners aiming to elevate their game preparation, the following key takeaways are immediately actionable:

Haro finishes by reminding coaches that, beyond all sophistication, the starting point is simple but hard: design all your weekly exercises, classify them by their physical load, and systematically allocate them to the right days based on scientific recovery norms.

Ready to dive deeper? Watch the full video-on-demand for Xavi Haro’s presentation to see the full range of examples, data, and expert Q&A. Transform your periodisation from guesswork to science-driven impact.