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Ship Pedestal Crane Simulator Training Pack
Increase student and operator productivity with the Vortex ship pedestal crane simulator
The Vortex (SPC) ship pedestal crane simulator teaches how to safely and effectively operate SPC cranes and learn how to follow general lifting processes. This simulator accelerates operator training and produces employees that reach lifting standards without disrupting live operations, reducing training costs and boosting terminal productivity.
Discover why Vortex simulators are used by ports and terminals around the world.
Training on a Vortex (SPC) ship pedestal crane simulator means apprentices learn how to operate equipment and follow your port’s procedures in a safe environment. This ensures skills learned during simulator seat time are transferred directly to the real equipment.
The Vortex ship pedestal crane simulator replicates equipment performance by modelling all major components to exact physical and mechanical properties, ensuring it feels like the real thing. It simulates:
The Vortex SPC simulator offers flexible customization options that allow the crane simulation to be adjusted to customer needs and capabilities:
From ship-to-shore and ship pedestal cranes, to reachstacker and other cargo handling equipment, we offer a wide range of ports and container terminal equipment training simulators that can run on a single hardware platform.
Realistic simulators are an effective tool to evaluate and assess apprentices-in-training for both efficiency and safety. Tracking vital metrics across the entire training scenario, instructors can review statistics after completion, allowing for detailed after-action reviews and reporting.
With swappable controls, flexible configuration options, and industrial-grade hardware, CM Labs offers a family of scalable Vortex port simulator hardware platforms that can grow with your requirements and budget.
The IOS enables instructors to initiate Vortex Port Equipment Simulator exercise sessions and engage trainees by exposing them to the types of variable conditions they will experience in the real world.
