The purpose of this study was to examine the effect of the intention to hit a disguised backhand drop shot on tennis performance. Skilled tennis players (N = 10) were videotaped while hitting drop shots with and without instruction to disguise the shot. Results calculated via three-dimensional motion analysis indicated that disguised drop shots involved more shoulder rotation and greater transition movement forward than control condition drop shots. To disguise drop shots, tennis players used exaggerated shoulder rotation movement and moved their bodies forward. The results of this research highlight the effects on performance of skilled athletes’ intention to deliver an unanticipatable drop shot.
AbernethyB. Anticipation in squash: differences in advance cue utilization between expert and novice players. J Sports Sci1990; 8: 17–34.
2.
JacksonRWarrenSAbernethyB. Anticipation skill and susceptibility to deceptive movement. Acta Psychol2006; 123: 355–371.
3.
DiazGBrettRFlipP. Anticipation from biological motion: the goalkeeper problem. J Exp Psychol2012; 38: 848–864.
4.
ShafizadehMPlattS. Effect of verbal cueing on trajectory anticipation in the penalty kick among Novice football goalkeepers. Percept Mot Skills2012; 114: 174–184.
5.
CraigCBertonERaoG. Judging where a ball will go: the case of curved free kicks in football. Naturwissenshaften2006; 93: 97–101.
6.
NaganoTKatoTFukudaT. Visual search strategies of soccer players in one-on-one defensive situation on the field. Percept Mot Skills2004; 99: 968–974.
7.
RocaAFordPMcRobertA. Identifying the processes underpinning anticipation and decision-making in a dynamic time-constrained task. Cognit Process2011; 12: 301–310.
8.
RocaAWilliamsAFordP. Developmental activities and the acquisition of superior anticipation and decision making in soccer players. J Sports Sci2012; 30: 1643–1652.
9.
FarrowDAbernethyB. Do expertise and the degree of perception-action coupling affect natural anticipatory performance. Perception2003; 32: 1127–1139.
10.
KatoTFukudaT. Visual search strategies of baseball batters: eye movements during the preparatory phase of batting. Percept Mot Skills2002; 94: 380–386.
11.
RanganathanRCarltonL. Perception–action coupling and anticipatory performance in baseball batting. J Mot Behav2007; 39: 369–380.
12.
FarrowDAbernethyB. Can anticipatory skills be learned through implicit video-based perceptual training?J Sports Sci2002; 20: 471–485.
13.
FarrowDChiversPHardinghamC. The effect of video-based perceptual training on the tennis return of serve. Int J Sport Psychol1998; 29: 231–242.
14.
JacksonRMoganR. Advanced visual information, awareness, and anticipation skill. J Mot Behav2007; 39: 341–351.
15.
SingerRWilliamsAFrehlichS. New frontiers in visual search: an exploratory study in live tennis situations. Res Q Exerc Sport1998; 69: 290–296.
16.
FukuharaKIdaHKusuboriS. Anticipatory judgment of tennis serve: a comparison between video images and computer graphics animations. J Sport Health Sci2009; 7: 12–22.
17.
WilliamsMWardPSmeetonN. Developing anticipation skills in tennis using on-court instruction: perception versus perception and action. J Appl Sport Psychol2004; 16: 350–360.
18.
HuysRCanal-BrulandRHagemannN. Global information pickup underpins anticipation of tennis shot direction. J Mot Behav2009; 41: 158–170.
19.
ShimJMillerGLutzR. Visual cues and information used to anticipate tennis ball shot and placement. J Sport Behav2005; 28: 186–200.
20.
ShimJCarltonLChowJ. The use of anticipatory visual cues by highly skilled tennis players. J Mot Behav2005; 37: 164–175.
21.
ShimJCarltonLKwonY. Perception of kinematic characteristics of tennis strokes for anticipating stroke type and direction. Res Q Exerc Sport2006; 77: 326–339.
22.
WilliamsAPaulWKnowlesJ. Anticipation skill in a real-world task: measurement, training, and transfer in tennis. J Exp Psychol2002; 8: 259–270.
23.
CrognierLFreyY. Effect of tactical initiative on predicting passing shots in tennis. Appl Cognit Psychol2005; 19: 637–649.
24.
American Sport Education Program. Coaching youth tennis, Champaign, IL: Human Kinetics, 2008.
25.
BollettieriN. Bollettieri’s tennis handbook, Champaign, IL: Human Kinetics, 1999.
26.
BollettieriN. Drop shot: how to hit it. Tennis Life2011; 29: 47.
27.
GiampaploF. Championship tennis, Champaign, IL: Human Kinetics, 2013.
28.
Japan Tennis Association. Tennis coaching theory, Tokyo, Japan: Taishuukan Bookstore, 1998.
29.
Japan Tennis Association. New tennis coaching theory, Tokyo, Japan: Taishuukan Bookstore, 2005.
30.
FujisawaTFuchimotoTKanekoM. Influence of joint torques on ball speed in tennis forehand drive: an analysis of rotational movements on a horizontal plane. Jpn J Sports Sci1998; 42: 436–445.
31.
WellsRWinterD. Assessment of signal and noise in the kinematics of normal, pathological, and sporting gaits. Hum Locomotion1980; 1: 92–93.
32.
MichikamiSAeM. Kinematic analysis of forehand ground strokes of the world-top female tennis players in official games: comparison between closed and open stance. Jpn J Biomech Sports Exerc1998; 2: 242–251.
33.
MichikamiSAeM. Kinematic analysis of the forehand ground strokes of world-top female tennis players in official games: comparison between cross court stroke and straight shot stroke. Jpn J Biomech Sports Exerc2002; 6: 259–269.
34.
KukiMKinugasaRFujitaZ. Kinematics of cross stance technique in tennis forehand stroke. Jpn J Train Sci2010; 22: 31–38.
35.
AeM. Japanese childhood years and body parts inertia coefficient of athlete. Jpn J Sports Sci1996; 15: 155–162.
36.
ReidJJensenR. Human body segment inertia parameters: a survey and status report. Exerc Sport Sci Rev1990; 18: 225–241.
37.
American Sport Education Program. Coaching tennis: technical and tactical skills, Champaign, IL: Human Kinetics, 2009.
