Quantification of the physiological and performance characteristics of on-court tennis drills

Reid, Machar; Duffield, Rob; Dawson, Brian; Baker, John; Crespo, Miguel

doi:10.1136/bjsm.2007.036426

Cited by 77 publications

(83 citation statements)

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“…(Reid, Duffield, Dawson, Baker, & Crespo, 2008). The playing time proved to be similar on both the surfaces, confirming the evolution which has characterised tennis in recent years, with an increment in physical, technical and tactical abilities that is progressively reducing the gap between total playing time on clay and hard courts.…”

Section: Discussionsupporting

confidence: 67%

Movement analysis and metabolic profile of tennis match play: comparison between hard courts and clay courts

Ponzano

Gollin

2017

International Journal of Performance Analysis in Sport

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This study aimed to define the movement analysis and metabolic model in tennis on hard courts and clay courts. Twenty-four tennis players were equipped with a 15 Hz GPS and a Polar. H7 and played a match on each playing surface. The average duration of matches was 76 Å} 24 (C) and 69 Å} 17 min (H). The maximum heart rate (HRmax) was 185 Å} 14 (C) and 178 Å} 10 bpm (H), the average heart rate (HRav) was 144 Å} 14 (C) and 139 Å} 12 bpm (H). The average metabolic power (MPav) was 3.93 Å} .34 (C) and 3.70 Å} .34 W Å~ kg−1 (H) (ES = .72, C > H, +6%). The ANOVA and the post hoc showed significant differences regarding the considered parameters on both the surfaces. The t-test highlighted significant surface-related differences (ES = .88, C > H, +26%) concerning accelerations performed between 50 and 60% of the maximum value, decelerations between 40 and 50% of the maximum (ES = 1.28, H > C, +37%), metabolic power between 0 and 10 W Å~ kg−1 (ES =

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Section: Discussionsupporting

confidence: 67%

Movement analysis and metabolic profile of tennis match play: comparison between hard courts and clay courts

Ponzano

Gollin

2017

International Journal of Performance Analysis in Sport

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“…The demands of sports-specific training drills that feature an agility component have been reported. Researchers have measured time-motion and intensity variables for specific drills in soccer (Portas, Harley, Barnes, & Rush, 2010), tennis (Reid, Duffield, Dawson, Baker, & Crespo, 2008) and basketball (Montgomery, Pyne, & Minahan, 2010). These scientists used portable miniature, wireless, and wearable sensors to obtain measures of heart rate, rating of perceived exertion (RPE), lactate concentrations, and kinematics.…”

Section: Introductionmentioning

confidence: 99%

Physical demand of seven closed agility drills

Atkinson

Rosalie

Netto

2016

Sports Biomechanics

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The present study aimed to quantify the demand of seven generic, closed agility drills. Twenty males with experience in invasion sports volunteered to participate in this study. They performed seven, closed agility drills over a standardised 30-m distance. Physical demand measures of peak velocity, total foot contacts, peak impacts, completion time, and maximum heart rate were obtained via the use of wearable sensor technologies. A subjective rating of perceived exertion (RPE) was also obtained. All measures, with the exception of maximum heart rates and RPE were able to delineate drills in terms of physical and physiological demand. The findings of this study exemplify the differences in demand of agility-type movements. Drill demand was dictated by the type of agility movement initiated with the increase in repetitiveness of a given movement type also contributing to increased demand. Findings from this study suggest agility drills can be manipulated to vary physical and physiological demand. This allows for the optimal application of training principles such as overload, progression, and periodisation.

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“…Utilizando esta información, un dispositivo de estas características puede calcular y registrar información referente a la velocidad y a la distancia recorrida (Reid, Duffield, Dawson, Baker y Crespo, 2008). Estos dispositivos presentan una gran aplicabilidad debido a sus características: ligeros, pequeños, económicos, rápida obtención de datos al analizar automáticamente múl-tiples jugadores y facilidad de análisis (Aughey, 2011;Aughey y Falloon, 2010;Dobson y Keogh, 2007;Edgecomb y Norton, 2006;MacLeod, Morris, Nevill y Sunderland, 2009).…”

Section: Introductionunclassified

Demandas físicas y fisiológicas en jugadores absolutos no profesionales durante partidos de fútbol 7: un estudio de caso. (Physical and physiological demands in non-professional adult soccer players during 7-a-side matches: a case study)

Gómez¹,

Román-Quintana²,

Castellano³

et al. 2012

CCD

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ResumenEl estudio examinó demandas físicas y fisiológicas de 15 jugadores amateurs de fútbol 7: defensa central (DC), medio banda (MB), medio centro (MC), delantero (DEL), que participaron en 7 partidos. Se monitorizó la frecuencia cardíaca (FC) con pulsómetros y desplazamientos con dispositivos GPS. Se registraron variables físicas: distancia total (DT), distancia recorrida (absoluta y relativa) en diferentes rangos de velocidad, n° aceleraciones realizadas en diferentes rangos de intensidad e indicadores de carga globales (ratio trabajo:descanso, velocidad máx y carga del jugador), y variables fisiológicas: FC máx y media (valores absolutos y relativos). Se obtuvieron diferencias significativas (p<0,05) en función de demarcación: DT (DCDEL; a 1,5-2,0 m·s -2 DC>DEL), ratio trabajo:descanso (DEL>DC), carga jugador (DEL y MB>DC) y la FC (80-90% Fc máx , DC>MC, DC>DEL; y >90% Fc máx , MC>DC,MB>DC, y DEL>DC). La FC en 7 vs. 7 alcanzó intensidades mínimas recomendadas por ACSM para promover la salud cardiovascular, presentando exigencias similares a las del 11, pudiendo ser utilizado para estimulo neuromuscular, cardiovascular y metabólico.Palabras clave: deportes colectivos, GPS, análisis del movimiento, frecuencia cardiaca, ejercicio físico y salud. AbstractThe study analysed physical and physiological demands in 15 non-professional adult soccer players: central defenders (DC), right midfielders (MB), central midfielders (MC) and strikers (DEL), took part in 7 matches. Their heart rate (HR) was registered by cardiofecuenciometers and their displacements by GPS. The physical variables recorded: total distance (DT) and distance covered in different speed ranges (0)(1)(2)(3)(4)(5)(6)9, 7,(0)(1)(2)(3)(4)(5)(6)(7)(8)(9)(10)(11)(12)9, 13,(0)(1)(2)(3)(4)(5)(6)(7)(8)(9)(10)(11)(12)(13)(14)(15)(16)(17)9, 18,9 and >21 km·h-1), in absolute (m) and relative terms (%), n° of accelerations at different intensities (1,0-1,5, 1,5-2,0, 2,0-2,5, and >2,5 m·s-2); and global load indicators (work:rest ratio, max speed, and players' load); physiological variables: HR max , HR med expressed in absolute and relative terms. The results presented significant differences based on position on the pitch. Significant differences (p<0,05) were found: DT (DCMC, DC>MB, DC>DEL; 7,0-12,9 km·h -1 , MB>DC; 13,0-17,9 km·h -1 , MB>DC, DEL>DC; and 18,0-20,9 km·h -1 , MB>DC, DEL>DC), n° accelerations (1,0-1,5 m·s -2 , DC>DEL; 1,5-2,0 m·s -2 , DC>DEL), work:rest ratio (DEL>DC), player load (DEL and MB>DC) and heart rate (80-90% HR max , DC>MC, DC>DEL; and >90% HR max , MC>DC, MB>DC, and DEL>DC). The results demonstrated that the cardiovascular responses during recreational 7-a-side football matches reached the minimal intensities recommended by the ACSM to promote the cardiovascular health in healthy recreational sport participants, presenting similar metabolic responses to 11-a-side football. It can be used to stimulate neuro...

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Quantification of the physiological and performance characteristics of on-court tennis drills

Abstract: The four drills produced physiological responses that reflect previously reported normal or maximal matchplay demands. These results point to the adaptations possible with adjustment of training drill type and load specific to matchplay demands or training phase.

Cited by 77 publications

References 20 publications

Movement analysis and metabolic profile of tennis match play: comparison between hard courts and clay courts

Movement analysis and metabolic profile of tennis match play: comparison between hard courts and clay courts

Physical demand of seven closed agility drills

Demandas físicas y fisiológicas en jugadores absolutos no profesionales durante partidos de fútbol 7: un estudio de caso. (Physical and physiological demands in non-professional adult soccer players during 7-a-side matches: a case study)

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