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NeoSteer

At-bit steerable system

NeoSteer at-bit steerable systems.
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Overview

NeoSteer™ at-bit steerable systems are a new category of drilling systems that eliminate BHA reconfigurations between the curve and lateral sections. Part of our Transition Technologies™ portfolio of solutions, NeoSteer systems help minimize your well construction CO2 footprint. These technologies reduce energy consumption and emissions, helping you reach your sustainability goals with improved efficiency, fewer trips, and less drilling time. NeoSteer at-bit steerable systems are aligned with United Nations Sustainable Development Goals 12 and 13.

Products highlight

Curve and lateral at-bit steerable system

Extreme curve and lateral at-bit steerable system

NeoSteer
At-bit steerable systems

NeoSteer at-bit steerable systems are capable of drilling both high-dogleg severity (DLS) curve sections and straighter, higher-quality lateral sections at high performance without the need to change the configuration between sections. This saves significant time and tool cost associated with tripping out and changing the BHA while lowering CO2 emissions by drilling more sections in one run.

At-Bit Innovation Boosts ROP 40% While Drilling Each of 12 Wells in One Run—Vertical Through Curve to Lateral, Colorado

Case Study

At-Bit Innovation Boosts ROP 40% While Drilling Each of 12 Wells in One Run—Vertical Through Curve to Lateral, Colorado

NeoSteer at-bit steerable system with advanced cutting elements achieves ROP of 299 ft/h.

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NeoSteer CL curve and lateral at-bit steerable system
High build rates, increased on-bottom drilling speed, and extended lateral lengths with the NeoSteer CL system
Drill both the curve and lateral sections in a faster single run with the NeoSteer CL system.
NeoSteer CLx system improves control and reaction time
Drill the curve and lateral in a single run and eliminate the need to change out the BHA for every section
The NeoSteer CLx system enables operators to drill extreme high-dogleg curves and laterals.
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Case Study Advanced Bit Technologies Increase ROP in Soft Shale Interval

CenterFlow bit with the Stinger element boosts ROP in soft shale interval, eliminating pack-off events.

Case Study YPF Achieved the Longest, Fastest Lateral Section in Nonconventional Vaca Muerta, 10 Days Faster than Offsets

Curve and lateral at-bit steerable system drills 4,155 m in 211 circulating hours, breaking the 1,000-m-drilled-per-day barrier.

Video Case Study: Improving Efficiency With Fewer Trips Lowers Rig Emissions

NeoSteer CL ABSS drills a single-run curve and lateral, reducing a customer’s rig time and carbon footprint.

Interview What’s Under the Hood: Autonomous Downhole Control System

Our product champion of RSS details this ground-breaking technology and shows us what is possible now—and what’s coming in the very near future.

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