The Completion Tools Simulator connects whipstock, liner hanger, multilateral, packer, and tubing operations to continuously evolving well conditions. Rehearse the tool sequence, mechanical response, hydraulic state, and recovery path together.
Every command advances the actual tool state and changes what can happen next.
String response, setting loads, and operating limits remain coupled to the procedure.
Valve position, displacement, isolation, and fluid routing resolve through live physics.
Track branch selection, junction condition, and zone-specific pressure without resetting the well.
Every Endeavor simulator runs on RuntimePhysics™ and can be deployed on any Endeavor system. Service companies can validate tools and controls against live physics. Operators can carry verified well state into Runtime Forecast™ to compare forward scenarios.
Connect real controls, automation, tools, and procedures to continuously evolving physics for engineering validation and HIL.
Initialize from structured well data, branch deterministic scenarios, and compare traceable outcomes without replacing human judgment.
Run the same simulation on X1, X2, X3, Workstation, Laptop, or Endeavor.One without changing the underlying physics.
The simulator preserves the relationship between tool state, string mechanics, pressure response, branch geometry, and crew action from run-in-hole through verification.
Practice orientation, setting, window cutting, milling response, torque propagation, and premature-setting contingencies.
Run, set, cement, test, and verify liner systems with pressure, torque, turns, and multi-step tool-state logic.
Model parent bores, laterals, junction nodes, branch selection, zone isolation, and branch-specific hydraulic response.
Procedures remain connected to physics when the operation leaves the expected path.
Select tool, well, branch, and operating parameters.
Run the complete sequence against live mechanical and hydraulic state.
Trigger failure modes and compare recovery decisions without restarting.
Continue into the simulators for the operations surrounding completion-tool deployment.
Configure a completion-tool simulation around your equipment, procedures, failure library, and deployment environment.
Model whipstock placement and kickoff mechanics for reliable sidetrack creation.
Plan window orientation, set depth, and kickoff parameters with confidence.
Simulate multi-stage cementing operations and mechanical tool sequences.
Design and validate sidetrack trajectories and mechanics from the parent well.
Direct answers for completion and service teams evaluating tool-state logic, mechanics, hydraulics, multilateral workflows, failures, and validation.
It is a physics-based environment for rehearsing tool deployment and procedure execution while tool state, string mechanics, pressure, fluids, branch geometry, equipment status, and crew actions remain connected.
Programs can include whipstocks, window milling, liner hangers, packers, tubing systems, multilateral junctions, branch selection, setting sequences, cementing interfaces, testing, and retrieval or recovery steps.
Commands advance the represented tool through configured states such as run, orient, set, activate, shift, release, test, and verify. The current state constrains what actions and outcomes are physically available next.
Yes. Torque, turns, force, string response, pressure, valve position, displacement, isolation, fluid routing, and branch-specific well response can evolve together through the procedure.
Yes. Premature setting, incomplete activation, pressure-test failure, milling difficulty, branch-selection error, stuck or unreleased tools, and procedure-specific contingencies can be evaluated without resetting the prior state.
Use online or workstation access for engineering and preparation, portable or immersive systems for team rehearsal, or connected HIL environments for tool, control, and procedure validation.
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.
Deploy the same simulations on full-scale, classroom, or portable X-Series simulator hardware.
Run individual scenarios or the complete suite locally for training, planning, validation, and analysis.
Deliver the simulation library to connected teams without changing the simulation itself.
Tell us what you need to train, test, or de-risk. We’ll focus the conversation on the operation, physics, and deployment environment.