3 & 4 Leg Jack-Up Training Simulator
High Fidelity Training on Offshore Jacking Operations
Pisys 3- and 4-Leg Jack-Up Training Simulators provide a highly realistic environment for training and assessing personnel involved in Rig and Barge jacking operations.
Real Scenarios, Better Results
Used globally to assist in training & assessment programs, the simulators allow Rig Operators, Barge Engineers and Jacking Control Operators to experience an unlimited range of marine operations scenarios without exposing personnel, equipment or assets to real-world risk. Learn more simulation-based training in the energy sector.
The Jack-Up Training Simulator is part of the wider Pisys range of operator training simulators for offshore operations, control room training and emergency response.
Replicates Actual Jacking Panel Hardware
Realistic instrumentation and control panels replicate the layout and operation of actual jack-up systems, allowing trainees to practise decision-making in an environment closely aligned with real operations.
Instructors can alter operating conditions, introduce faults and events, monitor trainee actions and record complete exercises for subsequent assessment and debriefing.
Training exercises can also be paused at any stage, allowing instructors and students to review the situation, discuss available options and plan the next course of action before continuing.
High Realism
Students can be challenged with varying seabed and soil conditions, preload operations, stability issues, changing weather, Rack Phase Differential events, punch-throughs and complete rig move scenarios.
High-Fidelity Engineering Simulation
The simulator uses dynamic mathematical models to continuously calculate the forces acting on the jack-up structure and elevation system.
These include drag and inertia forces generated by vessel movement, current, waves and wind.
Site-specific bearing-capacity curves can be configured to represent different seabed and soil conditions beneath each leg. These are used to calculate the vertical forces acting on the legs as the vessel is elevated from the water to its required air gap.
Critical events such as uneven leg loading, leg inclination and unexpected punch-through can therefore be recreated in a controlled and repeatable training environment.
Addressing the major gaps in Jack-Up training
Practice High-Risk Operations safely
Many critical jack-up operations offer very limited opportunities for real-world training.
The simulator allows operators to practise complex and potentially hazardous tasks without placing personnel, vessels or equipment at risk.
Recreate Complex Seabed and Environmental Conditions
Real operations can be influenced by soil strength, seabed friction, waves, wind, current and vessel movement.
The simulator recreates these conditions dynamically, allowing trainees to understand how changing environmental and seabed conditions affect the behaviour of the vessel and its legs.
Reduce Training Cost and Operational Downtime
Simulator-based training allows organisations to develop and assess operator competence away from the operational asset.
Personnel can practise procedures and emergency responses before mobilisation, helping improve readiness while reducing the cost, downtime and risk associated with training on live equipment.
Improve Assessment and Debriefing
Instructors can monitor trainee actions throughout an exercise and record the complete operation for structured debriefing and competency assessment.
Exercises can also be paused to review developing situations, discuss decisions and explore alternative actions.
Operate in both Imperial and Metric units
A single-switch option allows the complete simulator to toggle between Metric and Imperial units, making the system suitable for operators and training organisations working to different regional standards.
Simulation Capabilities
Afloat to Air-gap & Air-gap to Afloat operations.
Stability control and leg inclination
Configurable seabed / soil conditions under each leg
Variable load movement and changing centre of gravity
Punch-through events
Tank and spud-can preloading
Seabed friction and freeing of “sticky” legs
Motor over-current conditions
Jacking brake overheating
Changing wind, wave and current conditions
Rack Phase Differential (RPD) events
Single-chord jacking
Fire and gas detection systems
Firefighting systems
Rig Move scenarios
Mooring deployment
Tow-line operations
Anchor Handling Tug (AHT) management
Built for Training, Assessment and Competency Development
The Pisys Jack-Up Training Simulator gives instructors the freedom to create repeatable exercises ranging from routine jacking operations to complex abnormal and emergency scenarios.
By allowing personnel to experience events that would be difficult, expensive or unsafe to reproduce offshore, the simulator helps organisations develop better-prepared operators, improve decision-making and reduce operational risk.
What Our Customers Say
A Fantastic Tool
The Pisys simulator has been excellent. It’s a fantastic tool, the customer service has been exemplary, and any project management we’ve needed has been superb.
Configurability
One of the strengths of the Pisys Training Simulator is that it is easy to change it, add to it, and improve it.
Huge Business Benefits
Overall the Pisys OTS simulator is a massive benefit to our business and we're really excited about the new opportunities we're getting as customers find out what we can offer.
BOOK A DEMO
We’ll walk you through our JACK-UP Training Simulator; letting you evaluate its features and user experience first-hand.
Frequently Asked Questions
What exactly does the 3 and 4 -Leg Jack-Up Training Simulator simulate?
The simulator models a typical 3-leg self-elevating offshore drilling vessel (jack-up) with high fidelity, including marine operations, jacking/elevation, vessel motion from waves/wind/current, and soil/footing interactions such as “punch-through”
It gives operators realistic instrumentation, control panels and scenario-based training environments.
Who is this simulator designed for?
It is aimed at personnel involved in jack-up operations: rig operators, barge engineers, jacking-control operators, and marine operations staff.
It can also be used for assessment/competency checking of elevated operations in offshore industries.
What training scenarios can be run on the simulator?
The simulator enables a wide range of scenarios such as:
Vessel transit, positioning and leg deployment
Elevation (lifting out of the water) under waves, wind and current
Leg penetration into the seabed and bearing‐capacity interactions
Unexpected events: punch-through, stuck leg extraction, rapid penetration, rack phase difference (RPD) issues.
Use of instrumentation and control panels under varying site/soil/environmental conditions.
What makes this simulator “high-fidelity”?
Several aspects contribute:
Authentic instrumentation and control panel replication so operators familiar with real vessels recognise the interface.
Algorithms that compute drag and inertia forces in real time due to vessel motion, waves, wind and current, plus bearing-capacity curves for soil/footing analysis.
Ability to introduce critical events (e.g., punch-through) for training under realistic risk scenarios.
Can the simulator be used online?
Yes, all our simulators are accessible online and many of our customers value the ability to train without travelling.
What are the benefits of using the simulator vs traditional training?
Some benefits include:
Safe environment to practice high-risk operations (e.g., punch-through, leg extraction) without real-world consequences.
Ability to train for rare/unplanned events and varied environmental/seabed conditions.
Enhanced familiarity with instrumentation/control panels in a realistic environment.
Potential cost savings by reducing real asset downtime and risk, and improving operator competence before real-world deployment.
Can the simulator handle environmental and site-specific variables like seabed bearing capacity, wave/current conditions, etc?
Yes — the simulator incorporates algorithms based on bearing capacity curves for the site and environmental loads (waves, wind, current).
Can the simulator be customised for specific clients or site conditions?
Yes. The simulator can be configured with different site and soil bearing-capacity curves, environmental and load conditions, and user-defined events. Pisys can also develop models based on specific customer requirements.
We can also create a model based on your specific requirements. Contact us for details.
What are the deployment options?
The system can be deployed on-site, with a moving platform option if required for added realism. It is also available on-line as part of our 'train without travelling' range,
Case Studies
Cyber Essentials Plus Certified
Cyber Essentials Plus helps us guard our organisation against cyber attacks. This is important because vulnerability to basic attacks can mark us out as a target for more in-depth unwanted attention from cyber criminals and others. Certification gives us and our customers peace of mind that our defences will protect against the vast majority of common cyber attacks simply because these attacks are exploiting targets which do not have the Cyber Essentials Plus technical controls in place.
ISO 27001 Certified
We strive to ensure the integrity, confidentiality and availability of all systems and data used by Pisys in their delivery of hosted applications to their worldwide client base, protecting these systems and data from all threats, internal and external, deliberate and accidental. To do this, we have deployed an information security management system (‘ISMS’) compliant with the ISO/IEC 27001 information security standard to meet our information security policy. The ISMS will allow compliance with customer contracts, and relevant laws of the UK and any company within which Pisys Ltd operates.