Through its subsidiaries, H&P designs, fabricates and operates high-performance drilling rigs in conventional and unconventional plays around the world.

MOTIVE BIT GUIDANCE

• Directional-drilling algorithm that minimizes deviations from the target wellbore trajectory while, for example, minimizing bit walk, avoiding well collisions, reducing dogleg severity, optimizing motor yield, reducing torque and drag, trading off slide and rotation periods, and maximizing future production potential
• System uses machine intelligence to analyze data such as the gamma ray log from an offset well(s), MWD gamma ray log from the current well, hook load, surface torque, pump pressure, trajectory measurements, and distance to nearby wells.
• Adjust drilling parameters in response to drillbit response to rock being drilled
• Friendly, 2D and 3D UI displays for desktop, mobile and drilling-rig devices

AUTOSLIDE

• Standardizes highest quality well paths by providing automated and optimized slide execution with no human dependency
• Searches for optimal parameters in real-time to increase ROP and accuracy
• Adapts to different downhole formations and tools dynamically
• Uses machine learning and automation to interface with FlexRig control systems to perform slide drilling automatically via computer control (vs. traditional human control)
• Follows instructions provided by Motive’s Bit Guidance System
• Adjusts Multiple Parameters Simultaneously in real-time to optimize sliding performance and accuracy

• The Bit Guidance System enables drilling of higher quality wellbores with a scalable, repeatable, data driven platform approach and improves directional drilling economics by lowering well construction costs and reducing future lifting costs.
• AutoSlide automates the control of surface equipment and steerable mud motors to optimize sliding in deviated and horizontal well drilling.
• FLEXAPPS automate drilling for increased reliability and improved performance.
• *DrillScan * provides advanced drilling engineering, well planning and BHA modeling.