RSS

Field Performance of Continuous Inclination and Azimuthal Gamma 16 ft Behind the Bit Rotary steerable systems provide precise control of wellbore trajectory, but the quality of a steering decision ultimately depends on how quickly the Directional Driller can determine what the bit and lower BHA are actually doing. During a recent field deployment, MWD-DDT evaluated a different approach. An At-Bit measurement system was positioned directly above a standalone Rotary Steerable S

In today’s drilling environment, the expectation is simple: tools must communicate seamlessly, decisions must be real-time, and performance must be predictable. Yet in practice, one of the most common breakdowns in drilling operations occurs at a critical interface—the connection between Measurement While Drilling (MWD) systems and Rotary Steerable Systems (RSS). When these systems don’t communicate effectively, the result is uncertainty: Was the downlink command received? Di

We are pleased to announce the successful completion of a Rotary Steerable System (RSS) integration with D-Tech RSS . This integration represents an important step in expanding our ability to support high-performance directional drilling operations with reliable, flexible measurement and logging solutions. Through this work, our measurement and telemetry systems have been validated for compatibility with D-Tech RSS, ensuring seamless data acquisition, integrity, and operation