Subsea MPD & CMLD Training Simulator
Practice riser-level control, subsea pump operation, influx detection, and loss response. Prepare deepwater crews for transitions between conventional circulation and controlled mud level drilling.
Subsea pressure control as one networked system.
The simulator couples riser fluid height, subsea and surface pumps, choke and relief routing, external controls, formation behavior, and crew action at runtime.
Constant mud level drilling
Convert from conventional circulation, lower riser fluid level, modulate subsea pump speed, and stabilize BHP.
Surface + subsea hydraulics
Model top-fill pumps, subsea pumps, riser sensors, MPD manifold, choke paths, degassing, and active volume.
Crew coordination
Exchange BHP, riser pressure, and pump commands continuously through industrial control interfaces.
Explore managed pressure drilling simulations.
Explore focused managed-pressure and deepwater scenarios covering pressure control, dual-gradient behavior, and flow balance.
Configure dual-gradient training →
Evaluate riser, seabed, and dual-gradient pressure behavior.
Configure BHP-control training →
Maintain target BHP through connections and transients.
Configure flow-balance training →
Reconcile inflow, outflow, choke response, and annular pressure.
Any simulation. Any deployment.
Run any individual Endeavor simulation, or the complete simulation library, on any deployment option. The hardware and access model can change; the underlying RuntimePhysics™ behavior and scenario content remain consistent.
X1 / X2 / X3
Deploy the same simulations on full-scale, classroom, or portable X-Series simulator hardware.
Workstation / Laptop
Run individual scenarios or the complete suite locally for training, planning, validation, and analysis.
Endeavor.One / Online
Deliver the simulation library to connected teams without changing the simulation itself.