🏃 Physical Preparation Module
Physical Demands of FIBA Basketball Officiating
Evidence-Based Analysis of Physiological Requirements and Performance Optimization
📖 Article Overview
Elite basketball officiating demands exceptional physical capacity comparable to player requirements. This comprehensive analysis examines the physiological demands, performance metrics, and evidence-based training protocols essential for optimal officiating performance.
Drawing on cutting-edge research in sport physiology, exercise science, and FIBA guidelines, this module provides officials with scientific foundations for developing sport-specific fitness programs that enhance on-court performance, reduce injury risk, and extend career longevity.
Through analysis of movement patterns, heart rate data, and performance benchmarks from elite competitions, officials learn to systematically develop the physical capacities required for excellence at the highest levels of international basketball.
📊 Key Performance Metrics
Research demonstrates that FIBA referees cover 5-7 kilometers per game with heart rates averaging 85% of maximum, requiring elite-level cardiovascular fitness and muscular endurance (Leicht, 2008).
Officials perform 3,884 movement changes during a 40-minute game, with 92% maximum heart rate during critical phases, highlighting the intense physiological demands of elite officiating (Matkovic et al., 2014).
🎯 Key Learning Objectives
- ✓ Understand the physiological demands and movement patterns of elite basketball officiating
- ✓ Apply FIBA-validated fitness testing protocols including Yo-Yo Intermittent Recovery Test
- ✓ Develop evidence-based conditioning programs targeting cardiovascular and muscular systems
- ✓ Optimize training periodization and recovery strategies for sustained performance
- ✓ Implement injury prevention protocols and movement screening assessments
- ✓ Monitor performance metrics using heart rate zones and physiological indicators
📚 Module Content Includes
Section 1: Physiological Demands Analysis
Section 2: Movement Pattern Assessment
Section 3: Heart Rate Training Zones
Section 4: FIBA Fitness Testing Protocols
Section 5: Conditioning Program Design
Section 6: Recovery & Regeneration
Section 7: Injury Prevention Strategies
Section 8: Performance Monitoring Systems
Plus: 17-Term Glossary
Plus: 14 Scientific References
📄 Full Article Below
Scroll down to read the complete module • Interactive document with bilingual support (EN/FR)
PHYSICAL DEMANDS OF FIBA REFEREES: HEART RATE TRAINING OPTIMIZATION
3,884 Matches Analyzed | Yo-Yo Elite Test | 4 Training Zones | Evidence-Based Protocols
📄 Abstract
This article synthesizes FIBA Referee Operations data from the analysis of 3,884 matches and presents the physical demands of elite basketball referees. FIBA results show referees cover 4,615m per match at 92% HRMax with 9 high-intensity sprints. Recommended physiological standards include <20% body fat (men), <28% (women), and recovery indices of >15% (1min) and >40% (3min). The article proposes referee-specific training exercises (sprints without looking forward, RSA with direction changes, agility) organized across four heart rate intensity zones and differentiated by expertise level. This approach optimizes referee physical preparation based on FIBA scientific data.
Keywords: basketball officiating, physical fitness, FIBA, heart rate, repeated sprints, cardiac recovery, specific training, physiological performance, Yo-Yo Elite test, RSA
📚 Table of Contents
- Introduction: Referees as Elite Athletes
- Physical Profile of FIBA Referees
- Match Demands: FIBA Data Analysis
- FIBA Yo-Yo Elite Test & Recovery Indices
- Heart Rate Training Zones
- Referee-Specific Training Exercises
- Training Periodization by Expertise Level
- Nutrition, Hydration & Recovery
- Performance Monitoring & FIBA Tools
- Conclusion: Evidence-Based Excellence
🏃 Introduction: Referees as Elite Athletes
Since 2014, FIBA Referee Operations has methodically studied the physical performance demands of basketball referees at major world competitions. This large-scale initiative has analyzed a total of 3,884 matches, constituting the most comprehensive database ever assembled on referee physical performance.
🏀 FIBA Official Position — Court Presence
« FIBA has added the topic of ‘court presence’ to its training program. It includes mental training with an ‘I am in charge’ concept. This will be combined with a physical training plan to create an image of a strong and athletic body, fitting into the image of professionalism and promoting game control. »
— FIBA 3PO Advanced Manual v1.1, December 2020, p. 7In today’s officiating world, basketball referees are considered full-fledged athletes and are required to develop their various physical capacities to optimize their on-court performance. While many physical abilities are common with other sports disciplines, officiating presents specific characteristics requiring an adapted training approach.
📊 Scientific Evidence — External Activity Demands
Leicht et al. (2019) demonstrated that sub-elite referees present external activity demands substantially lower (~40%) than players in the same match, highlighting the need for specifically adapted training programs for each role.
— Research Quarterly for Exercise and Sport, 90(4), 720-725👤 Physical Profile of FIBA Referees
Anthropometric Characteristics by Gender
👨 Male Referees
- Average Height: Variable by category
- Body Fat: <20% recommended
- Max Speed: 23 km/h (seniors)
- Distance/min: 22 m/min (highest)
- High-Intensity Sprints: ~9 per match
👩 Female Referees
- Average Height: Variable by category
- Body Fat: <28% recommended
- Max Speed: ~21 km/h
- Distance/min: ~20 m/min
- Recovery: Gender-specific adaptations
🔬 Research Evidence — Gender Differences
Vaquera et al. (2016, 2017) documented the cardiovascular specificities of female referees during international competitions, demonstrating the necessity to adapt training programs according to each referee’s physiological profile.
— The Physician and Sportsmedicine, 44(2), 164-169; Journal of Sports Medicine and Physical Fitness, 57(4), 476-482📊 Match Demands: FIBA Data Analysis
Monitoring Technology
To precisely study cardiovascular and locomotor reactions during matches, FIBA Referee Operations uses a scientifically validated device: the Polar Team Pro system (Polar Electro OY, Kempele, Finland). This system integrates:
- High-precision GPS (10 Hz) for indoor distance and speed measurement
- Tri-axial Accelerometer for movement intensity quantification
- Gyroscope for angular velocity measurement
- Digital Compass (200 Hz sampling) for direction tracking
- Integrated Heart Rate Monitoring with 1-second interval recording
- Real-time Analysis Software for immediate feedback
Average Match Data (FIBA Standards)
📈 Category Variations
Senior Men: Highest distance per minute (22 m/min), 23 km/h max speed, more high-intensity sprints
Junior Categories: Slightly higher maximum speeds (24 km/h) but fewer total high-intensity sprints, reflecting different game dynamics
— FIBA Basketball Referee Physical Demands & Profile v1.0, July 2020🧪 FIBA Yo-Yo Elite Test & Recovery Indices
After thorough study, in 2017, the FIBA Technical Commission introduced a new fitness test for high-level FIBA referees: the Yo-Yo Elite test. This test complements the existing basic fitness test.
🎯 Yo-Yo Elite Test Introduction
One of the main motivations for introducing this new test was the need to more faithfully reproduce the actual demands of matches. The Yo-Yo Intermittent Recovery Test provides a valid tool for evaluation of physical performance in intermittent sports.
— Bangsbo, Iaia, & Krustrup (2008). Sports Medicine, 38(1), 37-51Recovery Indices — Critical Metrics
💡 Why Recovery Matters
These rapid recovery indices are essential for maintaining cognitive and physical performance throughout a match, particularly during decisive phases. Poor recovery correlates with increased error rates in final game periods.
🧠 Impact on Decision-Making
Bloß et al. (2020) analyzed in a systematic review the relationship between physical load and decision-making in referees, confirming that optimization of physical capacities significantly contributes to maintaining decision-making clarity throughout the match.
— Journal of Sports Science & Medicine, 19(1), 149-157❤️ Heart Rate Training Zones
Based on data collected by FIBA Referee Operations, four target heart rate intensity zones have been defined to optimize referee training:
The Four Training Zones
ACTIVE RECOVERY
Easy breathing, fluid conversation. Post-match sessions, recovery between intense series. Promotes tissue vascularization.
AEROBIC ENDURANCE
Deeper breathing, interrupted conversation. Long sessions, basic training for beginner and intermediate referees.
ANAEROBIC ENDURANCE
Rapid breathing, difficulty speaking. Medium intervals, simulation of intense game phases. Lactate tolerance.
MAXIMUM PERFORMANCE
Maximum breathlessness, speech impossible. Short high-intensity intervals, fast transition simulations.
📐 HRMax Calculation
Approximate Formula: HRMax = 220 – Age
Precise Method (FIBA Recommended): Basketball court test with intensity progression (Yo-Yo Elite test) for individualized HRMax determination.
🏋️ Referee-Specific Training Exercises
Evidence-Based Training Protocols
Exercise 1: Sprints Without Looking Forward
Specificity: Simulates real match conditions where referee runs while keeping head turned to continue watching court and play.
- Distance: 20-60 meters
- Sprint with whistle in mouth
- Practice « power step » initiation
- COMPLETE recovery before next rep
Recovery: ~1 minute between reps
Exercise 2: RSA with Direction Changes
Based on: Sánchez et al. (2019) — Repeated sprint improvement is more significant using direction changes in well-trained athletes.
- Point A → B (10m): First direction change
- Point B → C (10m): Second direction change
- Point C → D (20m): Final sprint
- INCOMPLETE recovery (walk to start)
Exercise 3: Agility — Footwork Training
Based on: Padrón-Cabo et al. (2019) — 6-week progressive footwork program with coordination ladder and jump rope.
- Weeks 1-2: Basic exercises (lateral two in two out)
- Weeks 3-4: Intermediate (one lateral, ickey shuffle)
- Weeks 5-6: Advanced (zig-zag crossover shuffle)
Exercise 4: Court-Specific Integrated Drill
Movement Pattern: Combines all skills — sprint without looking, direction changes, power step, explosive baseline move.
- Position A → Sprint to B
- Half-turn using power step
- Sprint to opposite side (C)
- Finish with explosive baseline move (D)
📅 Training Periodization by Expertise Level
Beginner Level — Foundation Building
🎯 Specific Objectives
• Develop solid aerobic base
• Acquire fundamental movement techniques (power step, sprint without looking forward)
• Maintain optimal concentration throughout match
• Progressively prepare musculoskeletal system to prevent injuries
Intermediate Level — Performance Development
🎯 Specific Objectives
• Improve capacity to maintain decision-making clarity at end of match
• Perfect specific movement techniques
• Develop capacity to chain intense efforts
• Optimize recovery during tournaments or busy weekends
Expert Level — Elite Standards
🎯 Specific Objectives
• Achieve FIBA physiological standards (HRMax, recovery indices)
• Master officiating-specific movements perfectly
• Refine acceleration and direction change capacities
• Optimize effort distribution across entire match
Weekly Periodization Model (Example: HRMax 180 bpm)
| Day | Session Type | Zone | Duration | Key Focus |
|---|---|---|---|---|
| Monday | Aerobic Endurance | Zone 2 (108-144 bpm) | 40-50 min | Continuous run, ladder drills |
| Tuesday | RSA Training | Zone 3-4 (144-180 bpm) | 30-35 min | Direction changes, incomplete recovery |
| Wednesday | Active Recovery | Zone 1 (90-108 bpm) | 20-30 min | Light jogging, mobility, stretching |
| Thursday | Court-Specific | Zone 3-4 (144-180 bpm) | 35-40 min | Integrated drills, power steps |
| Friday | Pre-Match Recovery | Zone 1 (90-108 bpm) | 15-20 min | Light activation, mental preparation |
| Saturday | MATCH DAY | All Zones | ~40 min | Competition performance |
| Sunday | Complete Rest / Active Recovery | Zone 1 or Rest | Optional | Regeneration |
🥗 Nutrition, Hydration & Recovery
Hydration Protocol
Considering the average energy expenditure of 1,763 kcal per match according to FIBA data, an appropriate hydration strategy is essential:
- Before Match: 500ml water 2-3 hours before, 250ml 30 minutes before
- During Match: 150-200ml every quarter break, electrolytes if needed
- After Match: 1.5L per kg body weight lost, within 2 hours
- Hot Environment: Increase hydration by 20-30%, add electrolytes
Pre-Match Nutrition
⏰ 3-4 Hours Before
Complex carbohydrates + lean proteins + vegetables. Example: Pasta with grilled chicken and vegetables.
⏰ 60-90 Minutes Before
Light snack: banana, compote, energy bar. Easily digestible carbohydrates.
Three-Phase Recovery Protocol
Phase 1: Immediate (0-30 min)
- Rehydration (water + electrolytes)
- Progressive cool-down
- Light stretching
- Carb/protein snack (3:1 ratio)
Phase 2: Short-Term (24-48h)
- Contrast therapy (hot/cold alternation)
- Foam roller massage
- Joint mobility exercises
- Quality sleep (7-9 hours)
Phase 3: Between Close Matches
- Leg elevation
- Targeted nutrition
- Relaxation techniques
- Light activation exercises
📱 Performance Monitoring & FIBA Tools
Key Metrics to Monitor (FIBA Standards)
- Instantaneous Heart Rate: Real-time intensity monitoring
- Maximum Heart Rate Achieved: Peak effort validation
- Recovery Indices: 1-min (>15%) and 3-min (>40%) benchmarks
- Distance Covered: Total and per-minute analysis
- Sprint Count & Intensity: High-intensity efforts (>19 km/h)
FIBA Digital Resources
📚 FIBA iRef Academy Library App
Access all public FIBA documents from beginner to elite level:
- Educational videos
- Technical manuals
- Official guidelines
- Updated rules & interpretations
Available on App Store & Google Play
🎯 FIBA iRef Academy Pre-Game App
Specifically designed for referee match preparation:
- Analysis videos
- Pre-match checklists
- Court visualization with referee/player positioning
- Responsibility zones & drawing tools
🏆 Conclusion: Evidence-Based Excellence
The systematic analysis of data collected by FIBA Referee Operations has established a precise profile of physiological requirements for elite basketball referees. By combining this scientific data with referee-specific training exercises, it becomes possible to significantly optimize officiating performance.
Key Takeaways:
- Optimal Physical Profile: <20% body fat (men), <28% (women) as recommended by FIBA standards
- Standardized Match Demands: 4,615m distance, 92% HRMax average, 9 high-intensity sprints (>19 km/h)
- Crucial Recovery Capacity: >15% at 1 minute, >40% at 3 minutes — essential indicators of physical preparation
- Essential Specific Exercises: Sprints without looking forward, RSA with direction changes, footwork for agility, integrated court exercises
- Indispensable Personalized Approach: Adaptation by level, age, gender, and individual characteristics with methodical exercise progression
« In a context where modern basketball becomes ever faster and more athletic, referees must be considered full-fledged athletes. This perspective requires a scientific approach to their physical preparation, integrating objective data and validated training methods. »
— FIBA Referee Operations PhilosophyExcellence in basketball officiating rests on methodical, scientifically-founded physical preparation specifically adapted to the real demands of competition.
💪 Ready to Optimize Your Physical Performance?
Access our comprehensive FIBA-aligned physical training program with personalized heart rate zones.
Explore Physical Training MOOC📖 Glossary of Key Terms
Highest heart rate achievable during maximum effort. Approximate formula: 220 – age. FIBA recommends precise measurement via Yo-Yo Elite test.
FIBA-recommended intermittent recovery test introduced in 2017 for high-level referees. More faithfully reproduces actual match demands than traditional tests. (Bangsbo et al., 2008)
Measure of cardiac recovery after effort. FIBA standards: >15% at 1 minute, >40% at 3 minutes. Critical for maintaining performance throughout match.
Body’s capacity to recover after short speed bursts and perform additional effective sprints. Critical for offensive-defensive transitions. (Brocherie & Girard, 2022)
Specific basketball officiating movement initiating explosive direction change. Used when transitioning from Trail to Lead position.
Scientific monitoring system used by FIBA Referee Operations integrating GPS (10Hz), accelerometer, gyroscope, digital compass (200Hz), and heart rate monitoring.
FIBA training topic combining mental training (« I am in charge » concept) with physical training to create image of strong, athletic, professional referee. (FIBA 3PO Advanced v1.1, 2020)
Four heart rate intensity categories: Zone 1 (50-60% HRMax) recovery, Zone 2 (60-80%) aerobic endurance, Zone 3 (80-90%) anaerobic endurance, Zone 4 (90-100%) maximum performance.
📚 References
FIBA Official Documents
- FIBA. (2020). Basketball Referees – Physical Demands & Profile (v1.0). FIBA Referee Operations. July 2020. Analysis of 3,884 matches, Polar Team Pro methodology, physiological standards. PDF
- FIBA. (2020). 3 Person Officiating Advanced Manual (v1.1). December 2020. Court presence concept, physical training plan, « strong and athletic body » image, professionalism.
- FIBA. (2021). Improve Your… Specific Training. FIBA Referee Operations. Referee-specific exercises, sprint protocols, RSA training.
- FIBA. (2020). Arbitres de Basketball – Exigences physiques et profil. French version. PDF
Scientific Research — Physical Demands & Performance
- Bangsbo, J., Iaia, F. M., & Krustrup, P. (2008). The Yo-Yo intermittent recovery test: A useful tool for evaluation of physical performance in intermittent sports. Sports Medicine, 38(1), 37-51. DOI
- Bloß, N., Schorer, J., Loffing, F., & Büsch, D. (2020). Physical load and referees’ decision-making in sports games: A scoping review. Journal of Sports Science & Medicine, 19(1), 149-157. PMC
- Brocherie, F., & Girard, O. (2022). La capacité à réitérer des sprints : une signature spécifique?. In A. Sedeaud & C. Colombo (éds.), Individualisation de l’entraînement. INSEP-Éditions. DOI
- García-Santos, D., Pino-Ortega, J., García-Rubio, J., Vaquera, A., & Ibáñez, S. J. (2019). Internal and external demands in basketball referees during the U-16 European Women’s Championship. International Journal of Environmental Research and Public Health, 16(18), 3421. DOI
- Leicht, A. S., Fox, J., Connor, J., Sargent, C., Sinclair, W., Stanton, R., & Scanlan, A. (2019). External activity demands differ between referees and players during a sub-elite, men’s basketball match. Research Quarterly for Exercise and Sport, 90(4), 720-725. DOI
- Nabli, M. A., Ben Abdelkrim, N., Fessi, M. S., DeLang, M. D., Moalla, W., & Chamari, K. (2019). Sport science applied to basketball refereeing: A narrative review. The Physician and Sportsmedicine, 47(4), 365-374. DOI
Scientific Research — Training Methods
- Padrón-Cabo, A., Rey, E., Kalén, A., & Costa, P. B. (2019). Effects of training with an agility ladder on sprint, agility, and dribbling performance in youth soccer players. Journal of Human Kinetics, 73, 219-228. DOI
- Sánchez, J., Ramirez-Campillo, R., Petisco, C., et al. (2019). Effects of repeated-sprints with changes of direction training on youth soccer player’s performance. Journal of Strength and Conditioning Research, 33(10), 2753-2759. DOI
- Vaquera, A., Mielgo-Ayuso, J., Calleja-González, J., & Leicht, A. S. (2016). Sex differences in cardiovascular demands of refereeing during international basketball competition. The Physician and Sportsmedicine, 44(2), 164-169. DOI
- Vaquera, A., Mielgo-Ayuso, J., Calleja-González, J., & Leicht, A. S. (2017). Cardiovascular and perceptual stress of female basketball referees during women’s international matches. Journal of Sports Medicine and Physical Fitness, 57(4), 476-482. DOI
Additional Resources
EXIGENCES PHYSIQUES DES ARBITRES FIBA : OPTIMISATION DE L’ENTRAÎNEMENT
3 884 Matchs Analysés | Test Yo-Yo Elite | 4 Zones d’Entraînement | Protocoles Evidence-Based
📄 Résumé
Cet article synthétise les données FIBA Referee Operations issues de l’analyse de 3 884 matches et présente les exigences physiques des arbitres de basketball de haut niveau. Les résultats FIBA montrent que les arbitres parcourent 4 615m par match à 92% FCMax avec 9 sprints haute intensité. Les standards physiologiques recommandés incluent <20% masse graisseuse (hommes), <28% (femmes), et indices de récupération >15% (1min) et >40% (3min). L’article propose des exercices d’entraînement spécifiques adaptés à l’arbitrage organisés selon quatre zones d’intensité cardiaque.
Mots-clés : arbitrage basketball, condition physique, FIBA, fréquence cardiaque, sprints répétés, récupération cardiaque, entraînement spécifique, test Yo-Yo Elite, RSA
🏃 Introduction : Les Arbitres comme Athlètes de Haut Niveau
Depuis 2014, FIBA Referee Operations a étudié méthodiquement les exigences de performance physique des arbitres de basketball lors des principales compétitions mondiales. Cette initiative d’envergure a permis d’analyser un total de 3 884 matches, constituant ainsi la base de données la plus complète jamais assemblée sur les performances physiques des arbitres.
🏀 Position Officielle FIBA — Présence sur le Terrain
« La FIBA a ajouté le sujet de la ‘présence sur le terrain’ à son programme de formation. Cela inclut un entraînement mental avec un concept ‘Je suis aux commandes’. Cela sera combiné avec un plan d’entraînement physique pour créer une image d’un corps fort et athlétique, correspondant à l’image du professionnalisme et promouvant le contrôle du match. »
— Manuel FIBA 3PO Avancé v1.1, Décembre 2020, p. 7👤 Profil Physique des Arbitres FIBA
Caractéristiques Anthropométriques par Genre
👨 Arbitres Masculins
- Masse Graisseuse : <20% recommandé
- Vitesse Max : 23 km/h (seniors)
- Distance/min : 22 m/min (le plus élevé)
- Sprints Haute Intensité : ~9 par match
👩 Arbitres Féminines
- Masse Graisseuse : <28% recommandé
- Vitesse Max : ~21 km/h
- Distance/min : ~20 m/min
- Récupération : Adaptations spécifiques au genre
🧪 Test Yo-Yo Elite FIBA & Indices de Récupération
En 2017, la Commission Technique de la FIBA a introduit un nouveau test de condition physique pour les arbitres FIBA de haut niveau : le test Yo-Yo Elite. Ce test complète le test de condition physique de base existant.
❤️ Zones d’Entraînement selon la Fréquence Cardiaque
Les Quatre Zones d’Entraînement
RÉCUPÉRATION ACTIVE
Respiration aisée, conversation fluide. Séances post-match, récupération entre séries intenses.
ENDURANCE AÉROBIE
Respiration plus profonde, conversation entrecoupée. Séances longues, entraînement de base.
ENDURANCE ANAÉROBIE
Respiration rapide, difficulté à parler. Intervalles moyens, simulation phases intenses.
PERFORMANCE MAXIMALE
Essoufflement maximal, parole impossible. Intervalles courts haute intensité.
🏋️ Exercices Spécifiques pour l’Entraînement des Arbitres
Protocoles d’Entraînement Evidence-Based
Exercice 1 : Sprints Sans Regarder Devant Soi
Spécificité : Simule les conditions réelles où l’arbitre court en gardant la tête tournée vers le terrain.
- Distance : 20-60 mètres
- Sprint avec sifflet en bouche
- Pratiquer l’« appui en puissance »
- Récupération COMPLÈTE
Exercice 2 : RSA avec Changements de Direction
Basé sur : Sánchez et al. (2019) — Amélioration plus significative avec changements de direction.
- Point A → B (10m) : Premier changement
- Point B → C (10m) : Second changement
- Point C → D (20m) : Sprint final
- Récupération INCOMPLÈTE
Exercice 3 : Agilité — Jeu de Jambes
Basé sur : Padrón-Cabo et al. (2019) — Programme progressif sur 6 semaines.
- Semaines 1-2 : Exercices de base
- Semaines 3-4 : Intermédiaires
- Semaines 5-6 : Avancés
Exercice 4 : Exercice Intégré sur le Terrain
Schéma de Mouvement : Combine toutes les compétences — sprint, changements, appui en puissance.
- Position A → Sprint vers B
- Demi-tour avec appui en puissance
- Sprint vers côté opposé (C)
- Déplacement explosif vers ligne de fond (D)
🏆 Conclusion : Excellence Basée sur l’Évidence
L’analyse systématique des données collectées par FIBA Referee Operations a permis d’établir un profil précis des exigences physiologiques pour les arbitres de basketball de haut niveau.
Points Clés à Retenir :
- Profil Physique Optimal : <20% masse graisseuse (hommes), <28% (femmes)
- Exigences de Match : 4 615m, 92% FCMax, 9 sprints haute intensité
- Capacité de Récupération : >15% (1 min), >40% (3 min) — indicateurs essentiels
- Exercices Spécifiques : Sprints sans regarder, RSA avec changements, agilité, exercices intégrés
- Approche Personnalisée : Adaptation par niveau, âge, genre et caractéristiques individuelles
« L’Excellence en Arbitrage de Basketball repose sur une préparation physique Méthodique, scientifiquement Fondée et spécifiquement Adaptée aux exigences réelles de la compétition. »
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Découvrir le MOOC Entraînement Physique📚 Références
Documents Officiels FIBA
- FIBA. (2020). Basketball Referees – Physical Demands & Profile (v1.0). Juillet 2020. Analyse de 3 884 matchs, méthodologie Polar Team Pro, standards physiologiques.
- FIBA. (2020). Manuel 3PO Avancé (v1.1). Décembre 2020. Concept présence sur terrain, plan entraînement physique.
- FIBA. (2021). Améliorez Votre… Entraînement Spécifique. Exercices spécifiques arbitres, protocoles sprint, entraînement RSA.
Recherche Scientifique
- Bangsbo, J., et al. (2008). The Yo-Yo intermittent recovery test. Sports Medicine, 38(1), 37-51.
- Bloß, N., et al. (2020). Physical load and referees’ decision-making. J Sports Science & Medicine, 19(1), 149-157.
- Brocherie, F., & Girard, O. (2022). La capacité à réitérer des sprints. INSEP-Éditions.
- Leicht, A. S., et al. (2019). External activity demands. Research Quarterly for Exercise and Sport, 90(4), 720-725.
- Sánchez, J., et al. (2019). Repeated-sprints with changes of direction. J Strength Cond Research, 33(10), 2753-2759.
- Vaquera, A., et al. (2016, 2017). Cardiovascular demands of refereering. Physician and Sportsmedicine.
