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Water pressure is a fundamental concept in Physics that influences the efficiency of water supply systems in buildings. This study examines how hydrostatic pressure affects the distribution of tap water from elevated storage tanks to lower floors in multi-storey buildings. The research focuses on the relationship between pressure, height, and gravitational force in fluid systems. Water stored above a building produces pressure due to the weight of the water column, enabling water to flow downward through pipes to taps located on lower levels. The greater the elevation of the water tank, the higher the pressure generated within the system. The study also discusses problems associated with low water pressure, which may result in weak water flow in taller buildings. By applying principles of fluid mechanics, this research explains the importance of pressure in ensuring a stable and continuous water supply. The findings demonstrate the practical application of Physics concepts in everyday infrastructure and building water management systems.