T The process of drilling for oil, gas, and geothermal well exploration today not only done vertically, but also able for diverting holes with a certain angle, and directs the hole to a certain area that is not perpendicular to the position of the hole in the surface, which is more known as directional drilling method. There are three main phases in directional drilling that is the angle increment phase, maintaining the angle, the reduction of the angle, and the horizontal phase. In most geothermal wells directional drilling are mostly used with a variety of reasons such as topographical reasons, economic and other reasons. A directional drilling design has a high level of complexity, it will have a great opportunity to cause problems in the drilling process, such as pinched drilling pipe, twisted and bended circuits, and other problems that can be harmful and cause Non Productive Time (NPT) while drilling is underway. Drilling problems arise because of friction between the wall of the borehole and the drilling sequence. The friction is unavoidable and will be even greater when in the angle phase, the angle reduction phase, maintaining the angle phase and the horizontal phase. The weight accured due to friction during rotation of drilling equipment and cause a torque reaction in the opposite direction to the direction of the structure is called the torque load, which is limited by the ability of drill pipe form Torsional Yield Strength and ability of top drive on the surface to rotate the structure. While the load incurred at the time of the structure is lifted or lowered. in to the drill hole without turning the drilling structure and has a structure load opposite to the direction of motion of the tool is called a drag load which is limited by the Tensile Strength of drill pipe used, and the hookload capacity ability of the drilling rig. Calculation of the drag load and torque on a directional drilling is in the drill pipe grade selection, top drive selection and drilling rig that will be used, with the aim to prevent and minimize the chances of problems happening during drilling operations. In this final assignment, analysis of the burden of drag and torque on directional drilling in geothermal wells is carried out with theoretical calculations and use of Wellplan 5000.1 Software are compared with the results of the torque load obtained from MWD recorder and drag load between the two methods of calculation for knowing the value of the friction factor in each Section of drilling. In addition to that, analysis of problems that may arise in the process of drilling, maximum torque and drag limited by the drill pipe capabilities, top drive is done,and also to analyze the stiffness of a drilling structure that has a limit value so as to determine the safety of the structure. The purpose from this research is to give recommendation compatible grade drillpipe with a field.