The purpose of this study was to investigate the effects of receiver′s moving speed and distance on passer′s movement planning(estimated RT), movement time, and ultimately on temporal accuracy(absolute error) of passed ball. Sixteen subjects(eight novice and eight expert) were required to make a total of 30 passes in coincidence with an experimentally manipulated moving light signal in randomly presented six different conditions, i.e., in three differing light speed(1.5m/s; 3.0m/s; 4.5m/s) and in two differing moving distance(2m or 4m). Results of analyses showed the eRT and MT were smaller when stimulus velocity was faster and moving distance was short. eRT was shown to decrease with reduced moving duration in all moving velocity conditions. However, MT was shorter when moving distance was short in moving speed of 3.0m/s and 4.5m/s. Timing error was greater when stimulus velocity was faster and moving distance was shorter, but experts were more accurate than novices. In addition, temporal accuracy decreased with increasing moving velocity in all moving distance. These findings indicated that moving velocity and moving distance served as the major determinants of timing accuracy on short pass.