Remote-control workflows
Configured for instructor-led scenarios, repeatable assessment and post-exercise debriefing.
Autonomous Vessel Simulator concept layout for curriculum planning, simulator-room discussion and training workflow design.
Operational realism
Build teams ready for real decisions.
An autonomous vessel simulator for remote operation, intelligent navigation research, MASS concept testing, human-machine interaction and risk analysis.
Modularsystem configuration
360visual system available
Multi-rolecoordinated exercises
Replayassessment and debriefing
Core capabilities
One training environment, practical operational outcomes.
Autonomous navigation scenarios
Configured for instructor-led scenarios, repeatable assessment and post-exercise debriefing.
Traffic-risk simulation
Configured for instructor-led scenarios, repeatable assessment and post-exercise debriefing.
Human-machine interface testing
Configured for instructor-led scenarios, repeatable assessment and post-exercise debriefing.
Training workflow
From briefing to replay.
Each ERUN simulator can be configured around instructor preparation, trainee execution, live monitoring and post-exercise review. The same page structure helps decision makers compare systems quickly while preserving product-specific training value.
Scalable configurations
Start with the training outcomes.
Desktop classroom
- Individual or team workstations
- Instructor-led exercises
Part-task simulator
- Focused equipment training
- Compact visual display
Full mission installation
- Immersive training environment
- Multi-system integration available
Frequently asked questions
Planning Simulator
Can ERUN adapt this system to our curriculum?
Yes. The system scope, scenarios, stations, instructor tools and assessment outputs can be aligned with your training programme and facility plan.
Can it connect with other simulators?
Compatible ERUN bridge, engine room, VTS, communication and mission simulators can be integrated for team and multi-role exercises.
What information is needed for a proposal?
Useful inputs include target learners, vessel or operation type, number of stations, room size, required fidelity, standards and implementation timeline.
Autonomous Vessel Simulator concept layout for curriculum planning, simulator-room discussion and training workflow design.
Autonomy research
ERUN provides a configurable simulation testbed for researchers, technology teams and training organizations exploring remote control, autonomy support and operator oversight.
Core capabilities
Practise remote-control workflows with instructor-controlled scenarios, repeatable exercises and clear debriefing records.
Practise autonomous navigation scenarios with instructor-controlled scenarios, repeatable exercises and clear debriefing records.
Practise traffic-risk simulation with instructor-controlled scenarios, repeatable exercises and clear debriefing records.
Practise human-machine interface testing with instructor-controlled scenarios, repeatable exercises and clear debriefing records.