The importance of water in hydrological analysis needs to utilize rain data optimally, but the unavailability of a rain gauge evenly is one reason it is difficult to study rainfall’s data that is accuratly and reliablly, so the researchers find alternatives to obtain rainfall, one of which is to use Tropical Rainfall Measuring Mission (TRMM) satellite. TRMM is a satellite designed to monitor rainfall in tropical and subtropical regions, as well as to know the mechanism of global climate change and monitoring environmental variations. This study applies the Nakayasu for direct runoff hydrograph analysis . data from Automatic Rainfall Recorder (ARR) and from TRMM satellites. The research location was the Gendol watershed in February 2017. The purpose of this study was to compare direct runoff hydrographs with rain data input from TRMM satellites and ARR stations and compared to AWRL discharge. The results of the study show that the results of the evaluation of the accuracy of the model using the conformity index model (R2) have a fairly good value of 0.41806. Based on the effective coefficient, the CE value is 2.792 where optimization is very efficient, which means there is an indication that the hydrograph has an overall match. However, based on the value of wave error and peak discharge error data have the less accurate