Farmonaut Mining Pro — Geological Viewer

Zones colored by Au grade (g/t) — hover to preview · click for full details

🧊

3D Geological Viewer

Upload Anomalies GeoJSON + Terrain OBJ in the sidebar
to begin visualising the deposit in 3D

⚠ SYNTHETIC DATA — Exploration Target Only

Zone Z—

Grade—

Signal—

Confidence—

Rec. Depth—

Value—

Tier—

Latitude—

Longitude—

Min Depth—

Max Depth—

Avg Depth—

Grade

⟶ Easting | ⟶ Northing | ↓ Depth

📋 Scene Guide ▾

Layers

Grid & AxesEast · North · Depth reference

Terrain SurfaceTopographic mesh

Vein NetworkStructural vein geometry

Anomaly ZonesGrade-colored · click for details

Grade BlocksPer-block Au g/t (viridis scale)

DrillholesDrill traces · green spheres = collar (surface entry point)

Pit ShellMine boundary · SYNTHETIC

Orebody SolidOre envelope · SYNTHETIC

How to Navigate

🖱Drag to rotate · Scroll to zoom

👆Click zone sphere → full details

✂Section Cut → see inside deposit

👁Toggle layers in sidebar

⛏

Drillhole Explorer

Upload Collar + Survey + Assay CSV files
in the sidebar to visualise drillholes

📉 Grade–Tonnage

📄grade_tonnage.csv

🪨 Bench Profile

📄bench_tonnage.csv

📅 LOM Schedule

📄synthetic_lom_schedule.csv

⛏ Pit Stats

📄pit_stats.json

📋 Assumptions

📄ASSUMPTIONS.json

⚖ Rock Density

📄synthetic_density.csv

🕳 Pit Limits

📄pit_limits.csv

📉 Grade–Tonnage Curve

ⓘ

Shows how much ore and gold is available at each minimum grade cutoff. Higher cutoff = less but richer ore. Drag the slider to see how resource size changes.

Cut-off Grade 0.50 g/t

Ore (Expected)—

Avg Grade—

Contained Metal—

Envelope Tonnes—

🪨 Bench Profile by Elevation

ⓘ

Each bar is one 10m bench level of the open pit. Shows how ore and waste are distributed with depth. RL = Reduced Level (elevation above sea level). Grade line shows gold content per bench.

📅 Life-of-Mine Schedule

ⓘ

52-year annual mine production plan. Bars show ore and waste mined each year. Lines show annual revenue and cumulative cashflow. The vertical marker shows when the mine reaches financial payback.

⛏ Pit Summary & Economics

ⓘ

Key numbers from the open-pit optimisation. NPV (Net Present Value) = all future cashflows discounted at 8%/year. Expected figures are calibrated to satellite detection confidence. Sensitivity table shows how NPV changes with commodity price and cost variations.

🎯 Confidence Class Breakdown

ⓘ

Ore tonnes and contained metal split by exploration confidence class. A = strongest satellite signal (low false-positive risk), C = weakest. Based on block model confidence codes from the detection report.

📸 Mine Plan Gallery

ⓘ

Pre-rendered reference charts from the mine planning pipeline: pit plan, pit 3D view, LOM schedule, drillhole plan, strip log, and confidence class breakdown. Click any thumbnail to open full size.

⛏ Material Tracking — Cumulative Balance

Through Year Year 5

Ore Mined

—

Waste Dumped

—

Mill Feed Grade

—

Strip Ratio

—

⛰ Cut/Fill Volume Analysis From topo.dtm + pit_shell.dtm

Excavated Volume

—

Max Cut Depth

—

Strip Ratio

—

Avg Cut Depth

—

⚗ Multi-Element NSR Calculator $/tonne payable value from all elements

Total NSR:

—

$/tonne ore

📅 Production Schedule Annual ore output · mill feed grade · NPV build-up

Priority: Annual Ore: t/y Max Years:

⚗ Advanced Analytics

💰 AISC Breakdown (per oz)

ⓘ

All-in Sustaining Cost — total operating costs divided by recovered units produced. Industry benchmark for mine economics. Does not include capex or royalties in this model.

Upload pit_stats.json + ASSUMPTIONS.json to see cost breakdown.

📈 NPV vs Gold Price

ⓘ

Shows how project NPV changes across a range of commodity prices. Green dashed line = current base price. Red dashed line = break-even price (NPV=0).

📊 Resource Confidence Tiers

ⓘ

Green = satellite-confirmed (Expected) ore tonnes at each cut-off grade. Gray = total geological envelope. The gap is speculative upside — ore that may exist but is not yet satellite-detected.

⚙ Cut-off Grade Optimisation

ⓘ

Approximate NPV at each cut-off grade using the geological envelope. Peak point = economically optimal COG. Higher COG = richer ore but less volume; lower COG = more ore but diluted margins.

⚒ Engineering Analysis

📂 anomalies.geojson

Upload anomalies.geojson to begin.

💰 Gold Price $4,067/oz

⚗ Recovery 88%

⚠ Custom Scenario

⬇ Data Export

Download mining data in industry-standard formats for use in Surpac, AutoCAD, Leapfrog, and other mine planning software.

Load a ZIP file first to enable exports.

📐 Block Model — DXF R12

Block centroids as DXF POINT entities with grade as elevation (Z). Compatible with AutoCAD, MicroStation, and most mine planning software.

Colour layer by:

📏 Block Model — Surpac .str

Block centroids exported as Surpac .str polygon point file. Each block is a 1-point ring at its centroid with attribute value = Au grade.

Include only:

🕳 Pit Limits — DXF R12

Pit limit bench polygons exported as DXF POLYLINE entities, one per bench RL. Each bench is on its own layer named by RL elevation.

🕳 Pit Limits — Surpac .str

Pit limit bench polygons in Surpac .str format. Each bench ring is a closed polygon; rings are separated by the standard 0,0,0,0,0 terminator.

⛏ Drillhole Collars — DXF R12

Collar positions as DXF POINT entities (Easting, Northing, RL) plus TEXT labels with HoleID. Drill traces exported as 3D POLYLINE segments.

Include traces:

⛏ Drillhole Collars — Surpac .str

Collar positions as Surpac .str 1-point rings (Northing, Easting, RL) with HoleID as the string description field.

🔷 OMF Bundle Export

Open Mining Format v0.9 — single file bundling block model, drillhole traces and pit shell. Compatible with Leapfrog, Vulcan, Datamine and Geovia.

Load data to enable.

📄 Executive Summary

Print-ready report: JORC resource table, pit optimisation results, NPV/IRR, LOM production schedule and key assumptions. Opens in browser — use Print → Save as PDF.

Load data to enable.

Format notes: DXF files conform to AutoCAD R12 ASCII format — compatible with all versions of AutoCAD, MicroStation, Leapfrog, Vulcan, and Surpac. Surpac .str files use the standard 5-field ASCII format (Northing, Easting, RL, attribute, description). Coordinates are in the project UTM coordinate system. All values in metres unless otherwise noted.

Optimized forDesktop

Grade Distribution

Welcome to Mining Pro

🚀 Getting Started

Create Your Account

Unlock Full Access

Payment Successful!

Optimized for
Desktop