PHYSICAL TRAINING FOR TENNIS PLAYERS
Transcription
PHYSICAL TRAINING FOR TENNIS PLAYERS
PHYSICAL TRAINING FOR TENNIS PLAYERS Models of tennis fitness training S.U.I.S.M. Torino Prof. Luigi Casale [email protected] Why physical training in tennis sport. Martina Hingis Justine Henin Rafael Nadal Tommy Hass Tennis is a SITUATIVE sport (L. P. Matveev, 1977) DURATION OF GAME: 9 – 17% actual time, 2”7, 6”5, 8”3 (R. Schonborn) 25% total time, 100 – 350 play actions (Le Deuff) STROKE FREQUENCIES: FREQUENCIES 6 (clay), 5 (hard), 2 (grass). SPATIAL DIMENSIONS: 1300 – 2500 m. SERVE SPEED: 248 – 203 Km/h BALL FLIGHT TIME: 0”45 – 0”90 – 1”5 LACTATE CONCENTRATION: 0,15 – 1,5. 5,5 – 6 mmol/l In 4 x 8 forehan/backhand drill: 4 – 14 mmol/l ATP RE-SYNTESIS SYSTEM Aerobic system (O2): for 10% Aerobic/anaerobic system (Al, O2): for 20% Lactacid/alactacid anaerobic system (Atp-PC, Al): for 70% (Fox, Browers, Foss) Aerobic system (O2): for 10% Lactacid anaerobic system (Al): for 20% Alactacid anaerobic system (Atp-PC): for 70% (J. Chandler) Very important: alactacid power and capacity, Important : stamina, lactacid power and capacity, No important: aerobic power. (Bellotti, Benzi, Dal Monte) Biomechanics models of tennis (Play evolutions and physical training) Preparation Hitting phase Follow-through T.Hass: center forehand Wrist Elbow Shoulder Force Trunk and back Legs Time Juan Carlos Ferrero: center short forehand Andrè Agassi: inside-out forehand Preparation Hitting phase Follow through Gustavo Kuerten: side one-handed backhand Elena Dementieva: side two-handed backhand Choise of close stance, open stance or square stance depend-on play situation Tennis physical skills ¾ Speed, Rapidity, Endurance, Strength and balance (Jeff Chandler) Flexibility, Strength, Endurance, Power, Agility and speed, Weight control, Aerobic-anaerobic capacity (Paul Roeter) ¾ Speed endurance, Strength, Balance, Explosive power, Flexibility, Agility , Eye-hand coordination (Pat Etcheberry) ¾ Coordination, Power, Bioenergetics capacity, Recovery capacity. (Roche, Perrin, Laigret) ¾ Maximal strength (dynamic and static), Quick strength, Endurance strength. Strength skill Safin Rafter List of the muscles involved: (T. Ellenbecker, C. Tiley). Forehand: • • Acceleration phase: Calves (75% ST, 15% FTa, 10% FTb); Quad. (50% ST, 15% FTa, 35% FTb); Gluteus (50% ST, 20% FTa, 30% FTb); Obliques e abd. (46% ST, 54% FTb); Back extensor (50% ST, 50% FTb), Deltoid (60% ST, 40% FTb); Subscapular; brachial bicep (50% ST, 50% FTb); Serratus anterior; pectoralis major (42% ST, 58% FTb); Wrist flexors and pronators (50% ST, 50% FTb). Follow through phase: Calves; Quad.; Gluteus; Obliques; Back extensors; Abd.; Infraspinatus; Brachial triceps (33% ST, 67% FTb); Serratus anterior; rhomboid (45% ST, 55% FTb); Trapezius (54% ST, 46% FTb); Wrist flexors and pronators. One-handed backhand: • • Acceleration phase : Calves; Quad.; Gluteus; Obliques; Abd.; Back extensors; Infraspinatus; Deltoid; Rhomboid; Serratus; Trapezius; Brachial triceps; Wrist flexors and pronators. Follow through phase : Obliques; Back extensors; Abd.; Sub-scapular; Pectoralis major; Brachial bicep; Wrist flexors. Serve and overhead: • • • • Windup: Calves; Quad.; Gluteus; Obliques; Abd.; Back extensors. Cocking: Back extensors; Obliques; Abd.; Infraspinatus; Supraspinatus; Bicips; Serratus anterior; Wrist extensor; Sub-scapular; Pectoralis major. Acceleration: Calves; Gluteus; Quad.; Femoral Biceps (65% ST, 10% Fta, 25% FTb); Abd.; Obliques; Back extensors; Sub-scapular; Pectoralis major; Serratus anterior; Brachial triceps ; Wrist flexors and pronators; Brachial bicep. Follow-trough: Calves; Quad.; Gluteus; Back extensors; Obliques; Abd.; Infraspinatus; Serratus; Trapezius; Rhomboid; Wrist flexors. Body areas stressed: • Shoulder, elbow, wrist, abdomen, spine, gluteus, thigh, calf, foot, ankle. (Hervé Le Deuff). Speed skill capacity. ¾Simple and complex models of speed. ¾Quick footwork. ¾Legs and trunk independence movements. ¾Quick movements of racquets-arm. ¾Psychophysics Muscles % engaged. z Sport specificity. z Muscles energy transformation. z Motor stress Type. z Endurance skill Central components ¾ Peripheral components ¾ Vo2 max. 57- 60 ml./Kg. (tennis) 80 (cycling), 65 (soccer), 53 (golf). (Hollmann, 1980) 4 training zone (E. Burke, 1998): •Very Light or Daily- Activity Zone (50 – 60% MHR) •Exercise for Health Zone: (60 – 70% MHR) •Aerobic for Fitness Training Zone: (70 – 85% MHR) •Improved-Performance Training Zone: (85 – 100% MHR) Heart rate below 100 Between 100 and 140 Between 140 and 175 Over 175 % in relation to the match duration 5 – 15% 10 – 15% 25 – 50% 20 – 40% Anaerobic thresholds Flexibility skill 9 9 Articulation mobility, Muscular extension. AREAS STRESSED Dynamic stretching Static stretching (Bob Anderson) P.N.F. (Kabat) Contraction Relax Agonist Contraction. POSTURE TECHNIQUES Coordination skill Eye-hand coordination, Space-time coordination, Background perception, Static, object and dynamic balance. z (body scheme) Motorial scheme. Training Programme Components FUNDAMENTAL EXERCISES ¾ For strengthening: Snatch Neuromuscular quality Load % N° of ripetitions Sets Recovery Performance rhythm Max strength 85/100 1-5 3-5 2 – 5 min Slow Hypertrophy 70/85 5 - 10 3-5 2 – 4 min Slow Quick strength 30/50 6 - 10 3-5 4 – 6 min Max. speed Enduring strength 40/60 20 - 30 3-5 30 – 45” Slow Max. expl. streng. 70/100 1-6 4-8 3’ – 4’ Mid. expl. streng. 70/90 5 - 10 4-8 3’ – 4’ Hypertrophy 70/80 8 - 12 3-6 1'– 2’ Quick strength high resistance Enduring strength high resistance Enduring strength mid. resistance Quick movement low resistance Quickness and frequency of movements 50/70 10 - 15 4-6 3’ – 4’ 50/70 20 - 40 2-4 45’ – 90’ 30/50 30 - 60 2-4 45’ – 90’ 30/50 10 - 15 4-6 3’ – 4’ 15/20 15 - 20 3-5 3’ – 4’ D. Harre Verchoshanskij ¾ For quickness: ¾ For Endurance: ¾ For Flexibility: ¾ For Agility: SPECIAL EXERCISES For Strength For Quickness For Endurance SPECIAL EXERCISES For Flexibility For Agility COMPETITIVE EXERCISES PLANNIG AND PERIODISATION Periodisation is essentially a PLAN for conditioning based on scientific principles of programme design. The concept involves a plan for OFF-COURT and ONN-COURT training over an extended period of time. Periodisation for tennis can be divided into 4 basic phases: •Preparation phase •Precompetitive phase •Competitive phase •Active rest phase The player will remain active to avoid detraining but will not play tennis. Is a good time to begin longer distance runs at a low intensity. Cross – training. The player will focus on general athletic fitness items such as aerobic endurance, strength and muscular endurance. Resistance training may consist of a hypertrophy phase progressing to a strength phase with moderately heavy resistance. Hypertrophy phase is important if maximal strength is to developed in subsequent phases. The athlete will gradually increase on-court practice time and decrease the overall volume of off-court training. The resistance training programme will begin with a strength phase (higher res.) and progress to a power phase (moderate res.). Short sprints and agility training are performed to increase on-court quickness. The main goal of this phase is to peak for one of the major events of the year. Most of the training time is spent playing tennis, however, there is still some off-court training being performed to maintain the gains made in earlier phases. Focus on continued speed, power and agility training. 3 – 4 weeks is the longest period of time an athlete can maintain a true physiological peak. Example of periodisation training programs MONVISO TENNIS TEAM (current season) 120 100 80 40 20 ? Volume Competitive periods September August July June May April March February January December November 0 October Load 60 Intensity Example of physical periodisation plan for junior tennis players (current season): • Triple periodisation with 8 macro cycle of conditioning training: • 2 fundamental • 3 specially • 3 competitive • 1 rest period • 4 weeks of Test (25 Tests) • 2 secondary competitive periods • 1 principal competitive period Example of micro cycle 120 100 60 40 20 at ur da y S Fr id ay Th ur sd ay da y W ed ne s Tu es da y on da y 0 M Load % 80 70 60 50 40 30 20 10 0 Progressive decreasing trend (P. Bellotti, 2001) Main physical tests schedule for tennis Italian Tennis Federation: Height, weight, shuttle 6 x 8 m., medicine balls throwing, 1’ sit-ups, S.& R., shoulder flexibility, 20 m. dash, 4 alternated jumps, force plate jump (S.J. C.M.J. Stiffness), Cooper test (Lèger test). U.S.T.A.: Height, weight, body composition test, mile run, hexagon test, 5 ball drill (spider), 20 yd dash, vertical jump, medicine ball, push-ups, sit-ups, grip strength, S.& R., shoulder flexibility, shuffle. I.T.F.: Musculoskeletal examination; Functional movement testing (deep squat, pelvic stability, in-line lunge, hand behind back, hand behind head, trunk stability push-up, rotary stability). Height, weight. Aerobic endurance (Cooper, 1 ½ mile, max. oxygen uptake test). Anaerobic endurance field test. Strength test (push-up, grip strength, maximum bodyweight dips, 3RM Squat or Bench divided by bodyweight, medicine ball throw, vertical jump, standing long jump). Speed test (20 m. sprint, 5 m. sprint). Agility and Coordination Tests (sideways movement, backwards movement, hexagon test) Main physical tests schedule for tennis F.F.T.: 50 m. dash, shuttle, vertical jump, medicine balls throwing, 5 jumps, VO2 max, ankle – shoulder – hip flexibility. Sanchez tennis academy: Lèger test, spider run, hexagon test, push-ups, maximal strength, vertical jump, standing long jump, 5 m. shuffle – 30”, 400 m. Suisse Tennis Federation: Cooper test; Sit and Reach; 10 m. dash; Zig-zag run; Seated taping; Drop jump; Grip strength; 4 jumps hop; Medicine ball throw; Shuttle run; reaction time. Roger Federer in 1993 (11 y.old): 3100 m. (Cooper test) 7”7 (50 m.) 15”4 (6 x 10 m.) (Freddy Siegenthaler) Bibliography • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • Anderson B., Stretching, Edizioni mediterranee, 1998 Arcelli E., Che cos'è l'allenamento, Sperling & Kupfer Sport, 1990 Bertino L., Casale L., On court anaerobic interval training with heart rate monitor. PTR International Tennis Symposium 2000 Bertino L., Casale L., Soccer Tennis. Games and Drills for Tennis skills Development. PTR International Tennis Symposium 2002 Biscotti G.N., Teoria e Metodologia del Movimento Umano. 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Meyer & Meyer Sport. 1998 Souchard E., Lo stretching globale attivo. Editore Marrapese. 1995 The Journal of Strength and Conditional Research. (numeri diversi). Toso B., Mal di schiena. Edi Ermes. 1997 Verchoshanskji Y., Gli orizzonti di una teoria e metodologia scientifica dell'allenamento sportivo. S.d.S. n°43. Verchoshanskji Y., La moderna programmazione dell’allenamento sportivo. S.d.S. 2001. Weineck J., L’allenamento ottimale. Calzetti Mariucci. 2001 Williams S., Serious Tennis. Human Kinetics. 1998