n order to expand the use of fly ash geopolymer binder, pervious geopolymer concretes (GPCs) were prepared from alkali activated lignite high-calcium fly ash binder and coarse aggregate. The void content, water permeability, compressive strength, and splitting tensile strength of PGCs were determined. The compressive strengths between 5.4 and 11.4 MPa and splitting tensile strengths between 0.7 and 1.4 MPa were obtained. The ratios of splitting tensile to compressive strength ranged from 10.4% to 16.3% which were slightly higher than conventional concrete. The high void contents at 28.7–30.4% led to the high water permeability coefficients between 1.92 and 5.96 cm/s. Because of the high void content, the densities of PGC were low between 1680 and 1820 kg/m3 which were approximately 30% lower than that of the conventional concrete. In addition, the relationships of the density-void content, compressive strength-density, and compressive strength-void content of the PGCs were formulated and were similar to those of the conventional pervious concrete. It has therefore been demonstrated that lignite high-calcium fly ash geopolymer binder could be used for fabricating pervious concrete with acceptable strength.