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Deviations from a straight line in a planned wellbore path are commonly referred to as the well’s tortuosity. Such deviations have historically been difficult to assess and quantify based on the limitations of technology to provide a true understanding of the downhole environment. Large changes in trajectory in a wellbore’s path over a short distance—that is, high tortuosity in the wellbore—create a variety of problems, including issues with running casing, tool damage, and production equipment failure. Existing solutions largely rely on calculating doglegs in the wellbore to understand where there are areas of tortuosity, but such solutions are lacking in data precision and granularity, as stationary surveys are only measured at 100-ft intervals. This, combined with relatively little evolution in this field of study over the past several decades, have made explaining the difficulties of running and operating equipment in deviated, highly tortuous wells a hit-or-miss endeavor.