A pre-engineered, packaged RF transparent barrier for non-penetrating installation on a roof, ground, or other surface can be pre-fabricated in different heights and or widths such that customizable barriers can be implemented without manufacturing costs typical of designing custom antenna gate structures. RF transparent materials reduce potential barrier-caused problems such as interference or reflection of RF signals. The barrier balances RF degradation potential, structural integrity, and cost considerations in its design, fabrication, and installation. A method of fulfilling the requirements for an antenna barrier installation is described.