2022 Hart Meritorious award winner for engineering innovation in drilling systems
Talk to an expertThe iCruise® X intelligent Rotary Steerable System (RSS) from Halliburton is an automation-enabled platform designed specifically for longer well applications in harsh environments. The new generation RSS is built around the proven ability of the iCruise® RSS to reduce well time and accurately place the wellbore. The robust mechanical design and higher-strength materials optimize performance in geologically complex wells and harsh environments.
The iCruise X intelligent RSS includes advanced electronics, sophisticated algorithms, multiple sensors and survey packages, and high-speed processors to support drilling automation. Through the LOGIX™ automation and remote operations platform, the iCruise X intelligent RSS autonomously steers wells and is equipped with real-time collision avoidance capabilities to reduce the threat of downhole hazards and provide operators with faster, consistent, and repeatable drilling performance.
iCruise X
Operators have the durability to deliver accurate, smooth 3D wells and laterals faster in harsh drilling applications.
High-speed processors
Tool face measurements
Measurements per second
Rotations per minute
Halliburton's iCruise X and iCruise intelligent rotary steerable systems optimize drilling in any environment.
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iCruise X Performance
A large operator in the Middle East ran iCruise X intelligent RSS and drilled the curve section in one run and beat the record for the basin by 30 percent, saving the operator valuable well time.
Innovative enhancements of the iCruise X intelligent RSS help operators achieve predictable, reliable results in the most challenging conditions including higher temperatures, variable quality mud chemistry, and when a high dogleg severity is needed. The rugged RSS incorporates a new steering head with a collar design that can withstand high-frequency torsional oscillations and strong connections. This extends the life of the collar while drilling high dogleg curve sections.
Advanced seals deliver long lasting durability in normal or abrasive formations and in normal, extended reach, and multilateral wells.
New seals withstand higher internal pressures and deliver more force enabling drilling in one run with stiffer bottom hole assemblies.
Drill smoother laterals with less human intervention with automation enabled by the CruiseControl technology.
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.
By automating the drilling process, we can help operators maximize asset value through reduced well time, fewer rig site personnel, and lower costs per BOE, while delivering predictable, reliable, and consistent results.
Steering commands help plan, project the well path, optimize wellbore trajectory, and avoid hazards and collisions.
Vibration commands provide optimal drilling parameter ranges to manage downhole vibration and allow better directional control.
Increase the consistency and performance of well construction operations by integrating subsurface automation, digital twins, and remote operations.
Fully digital and web-enabled to monitor and control drilling and logging operations from anywhere.
Expand drilling capabilities to optimize drilling performance and maximize asset value.
Compact, automation-enabled rotary steerable system designed for longer well applications in harsh environments.
