Coherent well construction planning solution
Maximize your team's results by giving them access to all the data and science they need in a single, common system.
The TrackMaster Select system is a modular tool configuration adaptable for applications from single or multiple casing exits and openhole sidetracking to offshore extended windows and multilateral
The system features a single-piece mill with integral blades and a newly designed cutting structure with brazed cylindrical cutters. The forged body eliminates the welding process and the resulting heat effect, producing a much stronger mill with improved fatigue life. We used the IDEAS integrated dynamic design and analysis platform to design the cutting structure, which incorporates superior cutters to make milling faster than ever. The whipstock retrievability has also been improved as the hook slot location is optimized and the new mill design can preserve the thickness at the top of the whipstock, providing a more reliable sidetracking system.
Unique to the TrackMaster Select system is the ability to design an optimal BHA, model window geometry, and perform following string pass-through and milling simulations, as well as bending stress and downhole dynamics analysis. It enables better performance right from the planning stage and is supported by the DrillPlan digital well construction planning solution. Overall well planning is improved to ensure high performance and that the exit window expedites passage of the BHA.
Modular whipstock sidetracking system uses bi-mills to improve performance while openhole sidetracking in hard and abrasive formation.
Modular whipstock sidetracking system completes an uncemented casing exit at 150° RHS and 74° inclination, Alaska.
Recently launched TrackMaster Select modular whipstock sidetracking system provides full-gauge windows for casing exit operations and features a single-piece mill engineered with an optimized cutting structure.
Digital planning and modeling enhances sidetracking system technique in complex wells.
Reduce sidetracking time and NPT by setting and orienting in a single trip.