The subject of this research paper is the experimental testing of the samples of theoretical models for elasticity testing of the effect achieved by the impact of an intensive, focused, high-velocity force onto meshed and solid polymeric structures. The theoretical model has shown that the applying of an intensive, focused, high-velocity force onto a one-dimensional meshed and compact polymeric structure resulted in right-angled deformation of a constant amplitude, signifying that the polymeric fibers contained their elasticity capacity, without the signs of their rupture. The two-dimensional and the three-dimensional solid polymeric structures reacted in rupture, in the shape of concentric circles and spheres. The process of experimental testing, carried out by firing out of a projectile (the effect of a strong, focused force) into a meshed and onto a solid polymeric structure, verified the results of the theoretical models, proving to be in favor of the meshed polymeric structure as a structure of higher security level, recommended for the production of a wide range of materials used for ballistic protection of humans and equipment.