Basketball has become one of the most popular and popular team sports around the world, so that after football, it has become the second most popular sport in the international arena. The appeal of basketball is not only because of the competitiveness of the field but also because of the complex and fast skills performed by the players and the gain of points through the implementation of complex and diverse shooting techniques. Shooting is one of the main skills of the game and requires a lot of practice, which is done by good models based on science. For the ball, there are a variety of shots, including hook shot, pair shot, set shot (free throw) and three-step shot. The aim of this study was to investigate the effect of increasing the shooting distance on the angular velocity and angular displacement of the shoulder, elbow, wrist, thigh, knee, and ankle joints on the sagittal plate in professional basketball shooting. For this purpose, 16 male basketball players of Kerman Copper Club with the age of 23 ± 3.12 years, height 191.40 12 12.53 cm, height and mass of 85.50 10 10.19 kg were purposefully selected to participate in the test. Testing in front of motion analysis cameras was performed by recording 5 successful shots fired randomly from any distance (4.23, 5.49 and 6.75 meters). In total, each person made 15 successful shots from different distances. In addition, the location of the subjects was 90 degrees and straight from the angle ring. Subjects were also asked to enter the basket without using a board. Data analysis was performed using SPSS software and repeated measures analysis of variance test. The results showed that the angular velocity of the joints was significantly different only between 4.23 and 6.75 m (thigh (P = 0.03), knee (P = 0.025), ankle (P = 0.02). Shoulder (P = 0.02), elbow (P = 0.000) and wrist (P = 0.000). In the variables of angular displacement of hip joint (P = 0.01), knee joint (P = 0.000), ankle joint (P = 0.000), shoulder joint (P = 0.03), elbow joint (P = 0.025) And wrist joint (P = 0.02) was observed. It seems that basketball players make kinematically different throws than throws from close distances to the hoop, probably because of the jump and the transfer of force from the ground to their other limbs.