Key Features
ADVANCED RESERVE PROJECTION
CAD-based feature introduces advanced reserving processes and tools using the shells projection methods. Incorporate access ramps down each projected highwall for more detailed short-term reserves.
AUTOMATED ROAD DESIGN TOOL
Determine cut and fill requirements from road centerlines, with solids creation and surface updating. Design to gradient and bench and berm limitations with cut and fill balancing for dropcuts.
TRUCK-LIMITED HAULAGE
Dynamically models the mining and dump schedules based on the current truck fleet. TLH is also appropriate for modeling mixed-fleet haulage scenarios.
NEW LANDFORM AND HAULAGE OPTIONS
Incorporate conveyor systems with fixed and mobile conveyor load points, modeling interaction with normal truck haulage circuits.
Include trolley assist haulage options into landform scenarios.
Include trolley assist haulage options into landform scenarios.
ADVANCED RESOURCE LEVELING
Access to features such as backwards pass leveling, multi-field or sink rate targeting and time usage models. Short-term manual scheduling via interactive resource paths or import resource paths from other packages.
INTERACTIVE SPOIL BALANCE TOOL
Block by block balancing of the pre-strip horizon against a defined dragline spoil design, with the ability to move material between blocks. Detailed reporting on individual and cumulative block spoil room.
BULK SPOIL BALANCE TOOL
Strip level calculation of spoil limited pre-strip horizons against a set of defined mining and dragline spoil solids. Automated across multiple strips, showing output labels for calculated dragline elevations.
RECONCILIATION
Generate as-mined, as-designed and difference solids from initial, design and final surfaces. Detailed reporting of compliance to plan from a 3D perspective.
MARGIN CALCULATOR
Wizard-based calculation of NPV and incremental, cumulative and maximum cumulative margins from reserve solids. Import, export and run multiple scenarios against defined costs and revenues as required.
PIT SHELL OPTIMIZER
Using reserve solids, grids or block models, vary the revenue to calculate the pit shell delivering the maximum undiscounted cash flow. Rapidly identify the economic limits of the deposit.
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