Parametric Design MinePlanner Design uses a parametric approach that models all components of the design as an interconnected network of smart objects. If a component changes, it automatically regenerates itself and any other affected components. This ensures the entire design remains valid, eliminating manual rework.
Massive Time Savings Complex changes that traditionally take hours can now be updated in minutes, including converting optimised shells into practical, compliant pit designs.
No More Redraws Because the design is mathematical, not a static CAD drawing, users do not need to redraw walls and ramps when modifying geometry.
Geotechnical Intelligence Variable slope angles by geotechnical domain and smooth transitions across domain boundaries are automatically maintained. Users can override data when new geotechnical inputs become available.
Ramp-Aware Design Ramps are not added on top of pit geometry - they are part of the model itself. Entire ramp networks with intersections and switchbacks update automatically when walls or ramp positions move.
Integrated Reserving & Scheduling Automatically convert designs into mining blocks and reserves, ready for scheduling. With no need for manual preparation or data transfer between tools, designs flow seamlessly into downstream planning workflows.