
Apollo RSS
Low-Cost Rotary Steerable System
Apollo RSS is a fully Integrated MWD /Rotary Steerable System with world class steering performance utilizing simultaneous Inclination and Azimuth control.
→ Up to 15°/100ft build rate
→ Autonomous Steering towards target
→ Integrated MWD System
→ Inclination and Azimuth at the Bit
→ Bulk or Azimuthal Gamma measurement
→ 300+ Hrs battery life for extended drilling
→ Direct connection with MWD/LWD
Download our Product Brochure for Full Specifications


Designed for extreme conditions in terms of shocks, vibrations, temperature, and pressure, the Apollo RSS provides proportional steering based on precise hydraulic control of four Pads located on a slowly-rotating housing, with a target based control system enabled by up to 42 pre-job programmable targets or commands to optimize performance for various applications, including complex well profiles and challenge formations, reducing downlinks and providing the foundation for remote drilling options.
The RSS system includes a probe-based MWD with a top mounted pulser to form a compact integrated drilling system as short as 19 ft. Additionally the 6 axis Inclination and Azimuth survey are performed only 3 ft from the Bit, making steering and trajectory hold very effective and efficient and drilled wellbore smooth.
Apollo RSS Steering technology has been developed with the patented innovation towards low cost and versatility. Over 100 wells have been successfully drilled in multiple basins in North America and international locations.
Our system can be configured as a short hybrid assembly for vertical, tangents and S-wells or it can use a flex assembly for curve, lateral and vertical curve-lateral applications. Most of the Apollo RSS jobs in North America have been run with motorized RSS configurations. In addition, with only one Battery, the self-powered RSS assembly operates for more than 300 hours.
The Apollo RSS has a robust and reliable direct connection with other LWD and MWD tools, making it effortless to be integrated as part of an advanced BHA to enhance the well placement and formation evaluation capabilities of the operator.

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