Nov 30, 2017 · Rotary Steerable System RSS represents an evolutionary step forward in directional drilling technology, overcoming the drawbacks of steerable motors and conventional rotary BHA types.

A rotary steerable system (RSS) is a form of drilling technology used in directional drilling. It employs the use of specialized downhole equipment to replace conventional directional tools such as mud motors.

The PowerDrive Orbit RSS provides six-axis continuous survey and azimuth measurements that, together with automated downhole closed loops that include hold inclination and azimuth mode, optimize outcomes for well placement, trajectory control, and smoother boreholes.

The iCruise® intelligent rotary steerable system (RSS) helps reduce well time through fast drilling, fast tripping time and quicker casing drill outs. This accurately places the wells in the reservoir using precise steering capabilities, and reliably reaches total depth so you can drill longer wells, predictably, on time and on budget.

Apr 29, 2023 · Schlumberger has introduced PowerDrive RSS family to be its rotary steerable Drilling system in the oil and gas field. Visit to learn more.

The system allows you to arrive at difficult targets that you can’t reach with steerable mud motors or other rotary steerable systems. You can add and combine any of our LWD and drilling optimization systems into an integrated bottomhole assembly (BHA) …

The iCruise X intelligent RSS integrates with the autonomous drilling platform commands that are calculated from physics-based models, a BHA digital twin, and machine learning from real-time data analytics to improve collision avoidance and reduce downhole hazards.

Feb 9, 2021 · Here a full guide to use Rotary Directional Drilling Bottom Hole Assembly BHA to Build ( Fulcrum Assembly), Drop (Pendulum) or Hold (Packed).

The PowerDrive Archer RSS delivers complex 3D well profiles while maintaining high ROP and wellbore quality. It minimizes well profile restriction and optimizes attack angle in troublesome formations. The system enables operators to maximize reservoir exposure, increasing hydrocarbon production potential.

The combination of PowerDrive X6 push-the-bit RSS with an inline flex joint enables the system to use point-the-bit principles to meet demanding trajectory requirements. The result is a fully rotating hybrid system that bends the BHA at a higher dogleg severity.