A method for the production of a impact-resistant and penetration-resistant textile structure, comprising: - depositing, with a biaxial machine, a first bundle of unidirectional threads, also differing in nature and/or count in a same pitch, arranged, on a same first plane, parallel to each other at 90° +/-5° or at 0° +/-5° with respect to the advance direction of said structure and a second bundle of unidirectional threads, also differing in nature and/or count in a same pitch, arranged, on a same second plane superimposed with respect to the first, parallel to each other at 0° +/-5° or at 90° +/-5° respectively, with respect to said advance direction; - inserting, during said depositing, at least one intermediate layer between said first plane and said second plane; - joining the threads of said first bundle to the threads of said second bundle so that an n number of said threads of said first bundle is joined to an equivalent n number of said threads of said second bundle with a knit stitching passing through said intermediate layer so that said structure has a coverage factor referring to the threads (101, 102) of said first and second bundle lower than 100%, with a uniform and symmetrical distribution of the discontinuity coverage areas on said first plane and on said second plane, - stabilizing said structure by the application of a pressure ranging from 3 to 250 bar and at a temperature ranging from 20°C to 500°C, - impregnating said structure with thermoplastic, thermosetting, elastomeric, viscous or viscoelastic polymers, - pressing said structure a second time at a pressure ranging from 3 to 250 bar and at a temperature ranging from 20 to 500°C so that the volume of the discontinuity areas is reduced by at least 5%, where said discontinuity coverage areas act as collection and distribution cavities of said polymers. - depositing, with a biaxial machine, a first bundle of unidirectional threads, also differing in nature and/or count in a same pitch, arranged, on a same first plane, parallel to each other at 90° +/-5° or at 0° +/-5° with respect to the advance direction of said structure and a second bundle of unidirectional threads, also differing in nature and/or count in a same pitch, arranged, on a same second plane superimposed with respect to the first, parallel to each other at 0° +/-5° or at 90° +/-5° respectively, with respect to said advance direction; - inserting, during said depositing, at least one intermediate layer between said first plane and said second plane; - joining the threads of said first bundle to the threads of said second bundle so that an n number of said threads of said first bundle is joined to an equivalent n number of said threads of said second bundle with a knit stitching passing through said intermediate layer so that said structure has a coverage factor referring to the threads (101, 102) of said first and second bundle lower than 100%, with a uniform and symmetrical distribution of the discontinuity coverage areas on said first plane and on said second plane, - stabilizing said structure by the application of a pressure ranging from 3 to 250 bar and at a temperature ranging from 20°C to 500°C, - impregnating said structure with thermoplastic, thermosetting, elastomeric, viscous or viscoelastic polymers, - pressing said structure a second time at a pressure ranging from 3 to 250 bar and at a temperature ranging from 20 to 500°C so that the volume of the discontinuity areas is reduced by at least 5%, where said discontinuity coverage areas act as collection and distribution cavities of said polymers.