The recycled aggregate pervious concrete was prepared with waste concrete as coarse aggregate and waste glass particles as fine aggregate， and its physical and mechanical properties were studied. Through 2 layers of mortar and concrete ， the changing rule and influence mechanism of waste glass particles on the mechanical properties and permeability of recycled aggregate pervious concrete were analyzed. The results show that the replacement of natural river sand with waste glass particles can promote cement hydration and improve the working performance of mortar， improve the pore structure of recycled aggregate pervious concrete and greatly improve its mechanical properties. When the replacement rate of waste glass particles is 100%， the compressive strength of recycled aggregate pervious concrete can reach 24.19 MPa， which is about 66.48% higher than that of pervious concrete made of natural river sand， and its permeability coefficient is 0.63 mm/s， meeting the requirements of pervious concrete.