The vibration transmission characteristic of indoor basketball court wooden flooring is a professional performance that is rarely noticed, but it directly affects the sports experience of athletes and the comfort of the surrounding environment. When the athlete’s foot hits the ground, a tiny vibration wave will be generated. This vibration wave will propagate around along the ground. The multi-layer structure of the wooden floor can effectively absorb the vibration wave, avoid the continuous spread of the vibration, and will not form the resonance of the entire ground.

If the vibration transmission of the floor is too strong, when multiple athletes jump at the same time, the whole ground will produce a noticeable sense of vibration. This vibration will be transmitted to the soles of the feet of other athletes who are standing still, making people feel dizzy and uncomfortable, and even affecting the stability of the body’s center of gravity. The indoor basketball court wooden flooring with reasonable structural design can quickly attenuate this vibration in the local area where the force is applied, and the vibration intensity will be reduced to a very low level after spreading a few meters away.

This excellent vibration absorption performance also greatly reduces the noise generated when moving. The vibration wave is absorbed by the floor structure and will not be converted into harsh impact sound. The sound generated when stepping on the wooden floor is dull and solid, which will not form the sharp and noisy sound like stepping on the rigid concrete ground. In the multi-purpose sports hall, this characteristic can make people who are doing quiet sports such as yoga and table tennis in the adjacent area will not be disturbed by the vibration and noise of the basketball court.

Professional testing standards have clear provisions on the vibration attenuation performance of basketball court floors. Only floors that meet the standards can create a relatively independent sports space for the basketball court. Even if it is in a large comprehensive venue, it will not produce mutual interference with other functional areas due to the vibration problem, which greatly improves the utilization efficiency of the entire venue.