This study discussed the flow field distribution of rotating and stationary table tennis ball under forced convection impact. The experiment was conducted based on the imaging principle of hot air flowing through rotating ball, so as to simulate the flow field characteristics of topspin and backspin at high-speed and low-speed rotation when table tennis ball is stationary. Results showed that the wake area of the flow field is affected by hot air to show a rising tendency when table tennis ball is stationary; the wake area of the flow field shows a falling tendency with the growing downward rotation of the ball available with some backspin numbers, or show a rising tendency with the growing upward rotation of the ball available with some topspin numbers. However, the flow field around back pressure area of the ball varies significantly as the rotating number of table tennis ball increases and Reynolds number (speed) decreases.