the ultrasound does not pass the obstacle, we must consider it as a beam of light, so if we place it in front of an obstacle it will not be able to pass it. We will therefore have an excellent volumetric defense, therefore in the volume of an environment but not at a structural level.

the ultrasound does not pass the obstacle, we must consider it as a beam of light, so if we place it in front of an obstacle it will not be able to pass it. We will therefore have an excellent volumetric defense, therefore in the volume of an environment but not at a structural level.

the ultrasound does not pass the obstacle, we must consider it as a beam of light, so if we place it in front of an obstacle it will not be able to pass it. We will therefore have an excellent volumetric defense, therefore in the volume of an environment but not at a structural level.
the ultrasound does not pass the obstacle, we must consider it as a beam of light, so if we place it in front of an obstacle it will not be able to pass it. We will therefore have an excellent volumetric defense, therefore in the volume of an environment but not at a structural level.

the ultrasound does not pass the obstacle, we must consider it as a beam of light, so if we place it in front of an obstacle it will not be able to pass it. We will therefore have an excellent volumetric defense, therefore in the volume of an environment but not at a structural level.

the ultrasound does not pass the obstacle, we must consider it as a beam of light, so if we place it in front of an obstacle it will not be able to pass it. We will therefore have an excellent volumetric defense, therefore in the volume of an environment but not at a structural level.

The diffusion system requires the installation of an electrical control system, inside there is the control motherboard, which will give the same frequency to all the speakers.