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GeoWellSuit / RoboDriller / RoboSim

Drill your plan.
Before the rig.

RoboSim turns your well model into a visual drilling rehearsal. Explore the well path, test operating inputs and inspect engineering responses as you move through the planned interval.

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VisualSurvey-aligned well views
Physics-ledExisting engineering engines
Engineer-controlledRebuild and compare scenarios
ROBOSIM / DRILLING COCKPIT
Current RoboSim 3D well view showing the drillstring, planned trajectory, rig and formation layers
Fresh capture of the current RoboSim 3D geometry view. Click to inspect the full cockpit. Engineering replay has not been prepared in this view.
01 Well geometry02 Operating scenarios03 Stability checks04 Bit runs & trips05 Time–depth replay
The drilling cockpit

One well.
Connected engineering views.

Bring geometry, formations, operating parameters and evaluated results into the same view. Seek a depth, inspect the responsible engineering domain and see which checks have been evaluated.

01 / VISUALIZE

See the well in context

Explore section, downhole, eagle and rotatable 3D views. Follow the drilled and planned paths alongside imported formations and source logs.

02 / TEST

Change the operating point

Adjust WOB, RPM, flow, mud weight and ROP inputs. Apply and prepare the scenario to rebuild its engineering results while preserving the source well model.

03 / INSPECT

Read the stability envelope

Compare the WOB–RPM operating point with calculated torsional and lateral stability limits. Inspect the evaluated result at the selected depth.

04 / PLAN

Follow bit wear and runs

Review calculated wear, wear-limited bit runs and planned pull depths. Connect bit changes to the drilling and tripping sequence.

05 / REHEARSE

Inspect tripping guidance

Review trip-in and trip-out hookloads and available pressure guidance. Swab/Surge calculations support optimum trip-speed guidance where the required inputs are available.

06 / TRACE

Locate the engineering flags

Use depth-based well checks and the risk feed to inspect calculated flags. Coverage indicators distinguish evaluated domains from unavailable results.

WELL VIEW / GEOMECHANICS
RoboSim well visualization with predicted hole enlargement and engineering results for a training well
Training-well view with geomechanics-connected hole enlargement.
Below the surface

See where the well changes.

The well view places your drillstring and BHA inside the imported geological context. Connect the depth cursor to the path, formation and available engineering results.

  • Survey-aligned geometry: switch between measured-depth and true-vertical-depth section views.
  • Predicted caving: inspect calculated hole enlargement along the drilled interval.
  • Closer inspection: use bit and hole inspection views to examine local behavior and calculated dimensions.
Explore the GeoWellSuit engineering foundation →
From drilling to tripping

Rehearse the sequence.
Inspect the response.

Move through drilling, circulation and bit-change trip phases on the replay timeline. Examine the operating context at each stage instead of treating the well as one static calculation.

  • Depth–time replay: select ROP-based drilling time or available drilling-plan and elapsed-plan timing.
  • Tripping views: inspect hookload profiles and available pressure guidance as the string moves.
  • Engineer-controlled playback: pause, restart, change playback speed and seek directly to a depth.
Bring your well to a demonstration →
REPLAY / TRIPPING GUIDANCE
RoboSim trip-out rehearsal displaying string position, hookload guidance, bit wear and depth–time replay
Actual training-well trip-out screenshot. Results shown depend on the prepared scenario and available calculations.
A practical workflow

From well data
to a drilling rehearsal.

Start with the well you are engineering. Keep the inputs visible, prepare the scenario and review the results before deciding what to change.

STEP 01

Load your well

Open the well geometry, drillstring, fluids, formations and saved engineering configurations.

STEP 02

Set the scenario

Review operating inputs and choose the available timing basis for your rehearsal.

STEP 03

Prepare & replay

Calculate engineering samples and move through the interval at your chosen playback speed.

STEP 04

Inspect & refine

Examine flagged depths, check calculation coverage and rebuild after changing scenario inputs.

Know what the model evaluates. RoboSim combines operation-at-depth engineering calculations with time-driven rehearsal. Replay speed does not change the underlying engineering duration. Results depend on supplied data and evaluated model coverage; an unflagged check is not a safety clearance.

Bring your well.
See your plan in motion.

Explore RoboSim with iDrillWell and discuss the engineering questions your team needs to answer.

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