Pervious concrete is green concrete made with homogeneous mixture of cement, coarse aggregate, and water. It is highly porous in nature. It has a wide range of applications due to its porous nature and environmental benefits, including pavements, parking lots, footpaths, and cycle tracks. The strength and performance of pervious concrete depends on various factors such as cement content, aggregate gradation, and water cement ratio. However, the strength and durability of previous concrete are important factors to be considered to make it more sustainable, one method to achieve this is to replace the OPC with supplementary cementitious materials (SCM's). This not only helps in reducing the cement consumption there by reducing the emission of CO₂ in to the atmosphere but also improves the strength and durability of pervious concrete. The main aim of the present study is to develop a pervious concrete mix using mineral admixtures like Fly ash, GGBS and Metakaolin. to improve its performance. To achieve this, initially a pervious concrete mix was obtained using OPC only. Later, cement is replaced by different types and percentages of SCM's in Mix. Various parameters like density, compressive strength, permeability, porosity and resistance to acid attack were studied. For a 10% replacement with SCMs, there is a 41% to 45% increase in strength, but the strength change was more noticeable for a 20% replacement, which is 71%, 64%, and 59% for MK, FA, and GGBS, respectively. With regard to permeability amongst the replacements, FA 10% replacement has a permeability of 0.71 cm/sec, whereas MK 20% replacement 0.44 cm/sec. It is observed in the trend that mixes with admixtures performed better against the acid attack compared with the mix without admixtures. The mix M3F20 has lesser effect due to acid attack and has a minimum loss percentage of 4.70% and 8.0% for 2% and 5% acid dilutions respectively.