This research begins with issues concerning pollution and environmental hazards around the Cipayung Landfill, and is referenced from various sources, namely online news and previous research, the amount of pollution and environmental hazards that occur in the Cipayung Landfill, Depok City. The problem that arises from these issues is the overload in the east of the Cipayung landfill pile in 2018 due to the incompatible volume capacity of the collected waste. The data used in this study is quantitative data. The type of data used in this research is ratio data. All quantitative data in the form of maps and tabular in this study are the volume of waste, carbon content, and nitrogen content derived from data processing. The UAV image sampling method used in this research is the grid mission which is then processed into volume data. The chemical content sampling method in the form of carbon and nitrogen used in this research is cluster random sampling by taking a sample that concentrates on the pile of garbage in the Cipayung landfill which is then analyzed statistically to see its relationship with the volume of waste. The results of this research indicate that the spatial pattern of waste heap volume has a pattern similar to the carbon content in Cipayung Landfill. The most correlated chemical factor with the quantification of the volume of waste in this research is the carbon content. The similarity of patterns between the volume of waste with carbon content is supported by statistical tests that show Pearson product moment correlation figures of 0.946. The spatial pattern of the percentage of carbon content that is similar to the spatial pattern of waste volume in most directions of the waste is related to the west, east, north, and south.