OUR SPECIALITIES

DIRECTIONAL DRILLING

Mud Motors from 3-1/8" to 9-5/8"

These mud motors ranging in sizes from 3-1/8" to 9-5/8" are specifically engineered to deliver unparalleled power and reliable performance across various drilling conditions.

Each Mud Motor is meticulously calibrated to adapt to specific drilling requirements, offering operational flexibility while maintaining high levels of efficiency.

The advanced technology integrated into our Mud Motors ensures precise control over the drilling trajectory, allowing for accurate wellbore placement.

RSS Push and Point-the-bit

Engineered to provide enhanced control and maximum precision, the RSS Push and Point-the-bit enables operators to make real-time decisions, optimizing precise wellbore placement.

This advanced system stands out for its ability to adjust the drilling trajectory during operations. The Push and Point-the-bit technology allows dynamic control, enabling drillers to adapt the drilling direction based on ever-changing geological conditions.

MWD kits (HT up to 200°C)

Each component of Mustang Services' high-temperature MWD (Measurement While Drilling) kit is meticulously selected to ensure optimal operational stability. The integrated measurement sensors are capable of reliably functioning in high-temperature ranges, ensuring precise data collection throughout the drilling process.

The high-temperature MWD kits ensure resistance to thermal constraints. They enable specific drilling operations and reliable access to HPHT wells.

Well planning

Well planning revolves around the core concept of optimizing the well trajectory. Our operators leverage advanced software to model and plan the optimal path, considering diverse geological and operational factors. This approach ensures precise anticipation of potential challenges, minimizing risks and maximizing operational efficiency. With Innova Well Seeker & Drillscan real-time monitoring, operators can track every drilling phase, from the initial descent to the final target, enabling quick decision-making in response to subsurface changes.