FALCON X MWD

Falcon X is Scientific Drilling’s fastest, most robust MWD system, designed to deliver maximum reliability in the harshest drilling environments.

As the next evolution of the Falcon platform, Falcon X features faster telemetry speeds, dual-transducers, and advanced solid-state sensors; ensuring un-matched dependability, faster surveys, safer operations, precision wellbore placement, and deeper reach.

Falcon X is available in Mud Pulse or Electromagnetic telemetry configuration, with fully compensated and LCM tolerant pulsers delivering up to 5 BPS (Mud Pulse telemetry) & 14 BPS (Electromagnetic telemetry) speeds in a variety of sizes to address your BHA configuration needs.

BENEFITS

• Superior reliability
• High data density
• Extreme LCM tolerance
• Wireless surface equipment
• Advanced solid-state sensors
• Dual-transducer configuration

FALCON MWD

Falcon is Scientific Drilling’s legacy MWD system. Its trusted, industry-proven electronics and mechanical design are the foundation upon which all other SDI MWD, gyroMWD, LWD, and rotary steerable components built.

Falcon’s wide adoption and portfolio of successes are a testament to the system’s utility and reliability.

Falcon is available in Mud Pulse, High-Temperature Mud Pulse, or Electromagnetic telemetry configuration, with Fully compensated and LCM tolerant pulsers delivering up to 3 BPS (Mud Pulse Telemetry) and 14 BPS (Electromagnetic Telemetry) speeds in a variety of sizes to address your BHA configuration needs.

BENEFITS

• Industry standard
• Compatibility across all SDI systems
• Includes full accelerometer and basic dynamics package
• Field-configurable

DEEP EM RECEIVER

Deployed via wireline, Scientific Drilling’s Deep EM Receiver detects and collects EM signal transmission in areas that are subject to electromagnetic resistance and have traditionally only been drilled with conventional MP telemetry.

BENEFITS

• Dramatically increases depth for EM MWD services
• Allows EM operation in areas that are prone to blocking or absorbing EM fields
• High data rate sampling for improved log density
• Reliably receives EM signal through resistive zones