Groundwater declination is one of the significant difficulties in our nation. The primary reason is confining the infiltration of water into the ground because of development of concrete roads. Studies show that pervious concrete will permit water from rainfall and different sorts of sources to go through it legitimately which diminishes overflow from a site and permitting groundwater revive. The strength of pervious concrete is increasingly significant as penetrability attributes; its strength is less than ordinary concrete and will just help light traffic loadings. The significant highlights of pervious concrete are its strength andproperties, similar to density, porosity and permeability. The pervious concrete is a solid which is having porosity over 30% which will encourage water to penetrate. So to build its basic properties with no impact on hydrological properties fibers are added to the design mix which will expand the strength of pervious cement. So coir which is regular asset and conservative will be utilized to give better outcomes. Coir is available in huge amount, which makes it as a very feasible as a strengthening material in pervious concrete. This study gives the variation in the strength behavior of pervious concrete fortified with coir at different fiber substance and compares it with pervious concrete. The different strengths examined are the flexural and compressive strength of the pervious concrete strengthened with coir at different percentages of fiber

Penetration, Pervious Concrete, Permeability, Coir’s, Strength