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PT X had an accident  of slope failure that caused fatalities and injuries experienced by labor mining, and also some heavy mining equipments buried  by material s that causing companies g ot financial loss. therefore important to analyze the slope stability of surface mining operation, and predicting total volume of slope failure to anticipate the impact of fatalities/ injuries and financial risks. This research  aim is  to analyze  slope stability before failure conditions, predicting volume of slope failure, and determine position of critical zone using limit equilibrium “Simpilfied Bishop” method 3-dimensional, then doing validation with calculation of actual volume by comparing results of topography maps before and after failure using the cut and fill method. From the result of research, the slope on unstability conditions, actual and predicted volume of  slope failure is  8,629 m 3 and 10,559 m 3 , so percent of calculation error is 18.3% .

Prediction of Material Volume of Slope Failure in Nickel Surface Mine Using Limit Equilibrium Method 3D