Train kick detection, shut-in, circulation and recovery with IADC-approved content. Available online, on workstations, or on full-scale hardware.
Practice kick detection, shut-in, choke control, circulation, stripping, bullheading, and recovery with instructor-led scenarios for individual or crew training.
Begin with online or workstation access. Add tactile controls, portable stations, or a full-scale room as your training requirements grow.
Access well-control exercises online with a configuration matched to your learners and connection.
Explore Endeavor.One →Run full-fidelity planning, validation, and forensic analysis from a laptop-class system.
Explore Workstation →Purpose-built multi-station hardware for full-scale crew interaction and operational rehearsal.
Explore X1 →A semi-permanent cyber-chair simulator with four high-resolution displays, dual touch interfaces, and realistic joystick and switch controls.
Discuss X2 →Portable multi-station simulator hardware that moves from case to operation in minutes.
Explore X3 →Multi-user instruction, assessment, and collaborative workflows in a purpose-built environment.
Explore the Center →Select IADC-approved simulator content and IWCF-aligned workflows for individual practice, classroom instruction, and crew exercises.
Explore RuntimePhysics™ >
Use the simulator for accredited coursework, crew competency, procedure rehearsal, refresher training, and advanced well-control exercises across onshore, offshore, and subsea programs.
Go beyond basic coursework with pressure-control failures, gas migration, stripping, choke and manifold operation, CO₂ influxes, and crew decision-making scenarios.
Pressure, flow, influx, fluids, barriers, and equipment state persist through the complete well-control event.
Shut-in, choke, pump, circulation, and recovery actions change the running physics and preserve their consequences.
Driller, supervisor, instructor, and connected controls work from the same authoritative pressure and barrier state.