In the field of building construction itself, many technologies have been developed, one of which is concrete technology. At present there are many studies conducted by civilian experts and students to improve the quality of concrete. In this study used GRC (Glassfibre Reinforced Cement) waste and rice husk ash. This study is intended to determine the compressive strength value of concrete and the comparison of production costs of conventional concrete or innovative concrete with additional GRC waste, and husk ash that has been presented as a substitute for aggregate or cement with a value of fc '32.25 MPa. The percentage mix of GRC waste as much as 7% of coarse aggregate, and ash as much as 3% of cement. With experimental research methods and planned according to SNI 03-2834-2000 with fc '32.35 MPa. Concrete testing is carried out at the age of 7 days and then converted to 28 days. The compressive strength results obtained at the age of 7 days amounted to 24,77 MPa, with a 28 day conversion of 38.2 MPa and a comparison of the price of innovative concrete is more efficient as much as Rp. 24.542,4 for each m³ of conventional concrete.