Here,a vialess Polarization-Rotation Transmissive Metasurface (PRTM) is proposed,which rotates the polarization direction of linearly polarized incident waves by 90° and exhibits excellent frequency selectivity and angular stability.The PRTM unit cell consist of three metallic layers separated by two substrate layers.The top and bottom metallic layers are perpendicular polarizing grids,while the middle layer comprises a miniaturized array of dual-mode rectangular rings with four corner-loaded patches.The PRTM unit cell features two cross-polarized transmission poles and one cross-polarized transmission null,enabling flexible adjustment of the null position.By introducing the cross-polarized transmission null,the PRTM achieves upper or lower stopbands of the unit cell with excellent frequency selectivity.Furthermore,the physical size parameters of the PRTM unit cell were analyzed,and a set of design processes were summarized.Finally,two PRTM prototypes with center frequency of 15 GHz were fabricated and measured,showing close agreement between simulated and measured results.