The paper presents an analysis of macrotexture, coefficient of friction and sound absorption coefficient was carried out on the six test sections of poroelasticroad mixtures with different characteristics.The obtained results on the tested sections were compared with the results established on existing asphalt and cement concrete road surfaces.Acomparative analysis has shown that it should not be a problemto obtain the appropriate macrotexture of poroelastic surfaces. More detailed research is needed regarding the coefficient of friction on surfaces with such a high content of rubber granulate. Particular attention should be paid to the characteristics of the poroelastic mixture and the process of its paving and compacting that determine the acoustic properties. Keywords: tyre/road noise; poroelastic road surface; coefficient of friction; macrotexture.