TL;DR: Mines and quarries use drone mapping for stockpile volumes, pit and dump change over time, tailings and wall monitoring, mine planning surfaces, and inspection. Survey-led platforms lead on accuracy and design checks. Shared map platforms lead on getting the results to managers, finance and consultants. Choose by which jobs matter most and who acts on the numbers.
Key takeaways
- The stakes are high. According to the US Geological Survey, US mines produced $112 billion of nonfuel minerals in 2025.
- Volumes carry real money. According to the same survey, US crushed stone averaged $18.50 a ton in 2025.
- Drones keep people away from hazards. According to Mine Safety and Health Administration data, US mining recorded 33 fatalities in 2025.
- Accuracy depends on ground control. According to the help center of Birdi (birdi.io), drone maps reach 2 to 4 cm vertical accuracy with RTK and well-distributed ground control, and repeat surveys vary 2 to 5 cm.
- Each mining job needs different features. Stockpiles need tonnage, walls need prism records, and planning needs the right export formats.
What should a mine or quarry look for in drone mapping software?
A mine or quarry should look at accuracy and ground control, volumes and tonnage, comparing surveys over time, geotechnical monitoring support, exports for mine planning software, and how managers, finance and consultants see results. The weighting depends on the site: a quarry leans on stockpiles, a tailings operator on prisms, a pit on planning surfaces.
Every one of those jobs depends on consistent surveys. The same ground control, the same coordinate system and similar flights make one month comparable with the next. So the first test of a platform is whether it keeps surveys of one site organized and consistent over time.
Matching the platform to the job
| Mining job | What to check | Our deep-dive |
|---|---|---|
| Stockpile volumes | Accuracy, tonnage, change between surveys | Stockpile volume software |
| Tailings and walls | Prism records, tolerances, radar alongside | Tailings and wall monitoring |
| Change over time | Side-by-side views, difference grids | Comparing drone surveys over time |
| Mine planning | Formats and coordinates for Surpac, Vulcan, Deswik | Drone data for mine planning |
Each deep-dive covers one job in detail. For stockpiles, start with our list of stockpile volume software.
How did we choose and compare the platforms?
We chose platforms mines and quarries use for drone mapping, and compared them on volumes and tonnage, change over time, geotechnical monitoring, planning exports, data types in one view, access for people outside the paid team, and pricing. Birdi is listed first, and the order is not a ranking. Facts were checked on October 8, 2026.
Each entry says where the platform is weakest as well as strongest. Several mining jobs, such as real-time wall alarms, need specialist systems beside any drone platform, and we say so.
The best drone mapping software for mining and quarries in 2026
The drone mapping platforms compared here for mining and quarries are Birdi, Propeller, DroneDeploy, Pix4D and Esri Site Scan for ArcGIS. They range from shared site maps to survey-grade mining platforms and desktop processing. Each entry carries the same fields, checked on October 8, 2026.
1. Birdi
Best for: Mines and quarries that want volumes, tonnage, prism records and survey history in one map that managers, finance and consultants can open.
Typical customer size / segment: Mid-sized mining and quarry teams of roughly 30 to 500 staff.
Key strengths:
- AI Detect outlines stockpiles for a person to check; tonnage from a material library or custom densities on Growth and Ultimate.
- Prism reference sets with warning and action tolerances and prism movement reports, on Ultimate.
- Difference grids, timeline and split screen to compare surveys, plus exports in the coordinate system and geoid you choose.
Volumes and tonnage: Yes, including change between surveys; not against a design surface.
Planning exports: LAS and LAZ point clouds, GeoTIFF elevation models and GeoJSON contours; no Surpac or Vulcan native formats.
Access for people outside the paid team: Guests view and download without a paid seat.
Data types in one view: Orthomosaics, elevation models, point clouds, prism sets, 360 photos and PDFs.
Watch-outs: Not for a surveyor who wants hands-on control of photogrammetry processing. It also does not suit a GIS analyst who needs a full desktop GIS.
Pricing: Growth is $287 USD a month, billed annually. Ultimate is priced by quote (checked October 8, 2026).
2. Propeller
Best for: Survey-led mines and quarries that want survey-grade data, reconciliation, design checks and fleet data.
Typical customer size / segment: Mining, quarry and earthworks operators with a survey team.
Key strengths:
- AeroPoints ground control and PPK for survey-grade capture.
- Tailings fill rate heat maps and slope gradient mapping.
- Exports to Vulcan and Deswik, and DirtMate machine data.
Volumes and tonnage: Yes, including to design, with material properties.
Planning exports: Aimed at Vulcan and Deswik.
Access for people outside the paid team: View-only by default; 40 standard users on the annual fee.
Data types in one view: Surveys, designs, point clouds and machine data.
Watch-outs: Pricing is by quote, and the platform centers on the survey team.
Pricing: Contact for pricing.
3. DroneDeploy
Best for: Mining companies that fly for many purposes and want one platform, including docked drones and thermal.
Typical customer size / segment: Individual pilots through to enterprises.
Key strengths:
- Stockpile reports and volumes.
- Side-by-side map comparison and cut and fill on higher plans.
- Docked drone capture and radiometric thermal on advanced plans.
Volumes and tonnage: Stockpile reports and volume tools.
Planning exports: Standard elevation, contour and point cloud exports.
Access for people outside the paid team: View-only links; tools need a paid account.
Data types in one view: Orthomosaics, elevation, 3D models, panoramas and thermal.
Watch-outs: Team plans are by quote, and viewers pay to use the tools.
Pricing: Flight & Analysis is $4,188 USD billed annually for one pilot (checked October 8, 2026).
4. Pix4D
Best for: Mine surveyors who want full control of processing and a wide choice of export formats.
Typical customer size / segment: Survey teams and consultants.
Key strengths:
- Desktop processing in PIX4Dmapper and PIX4Dmatic.
- Contours as DXF, SHP or PDF; point clouds as LAS, LAZ, PLY or XYZ.
- PIX4Dcloud for sharing and volume comparison.
Volumes and tonnage: Volumes; tonnage conversion by the user.
Planning exports: DXF contours and standard point cloud and surface formats.
Access for people outside the paid team: Through PIX4Dcloud.
Data types in one view: Orthomosaics, point clouds, meshes and surfaces.
Watch-outs: In 3 of 4 Pix4D community threads we read, users struggled to measure stockpiles against a custom or earlier base.
Pricing: PIX4Dmapper is $3,990 USD a year (read September 21, 2026).
5. Esri Site Scan for ArcGIS
Best for: Mining companies standardized on ArcGIS with GIS staff.
Typical customer size / segment: Large mining companies.
Key strengths:
- Flight planning and cloud processing.
- Results alongside the company's other GIS data.
- ArcGIS analysis tools, including change detection.
Volumes and tonnage: Through ArcGIS tools.
Planning exports: Through ArcGIS.
Access for people outside the paid team: Through ArcGIS sharing.
Data types in one view: Drone outputs plus ArcGIS layers.
Watch-outs: It suits teams with GIS staff more than site teams without them.
Pricing: Contact for pricing.
What about real-time monitoring and specialist tools?
Drone platforms are periodic, so they sit beside specialist systems rather than replacing them. Critical pit walls need real-time slope radar. Tailings dams often need piezometers and automated total stations. Mine planning still happens in Surpac, Vulcan or Deswik. A good drone platform feeds those systems and records the site between their readings.
The drone platform's strength is the whole-site record: every stockpile, bench and embankment on a date, measurable and comparable. For the monitoring layers specifically, see our guide to tailings dam monitoring.
Frequently asked questions
What is the best drone software for mining?
It depends on the job and the team. Propeller suits survey-led sites that want survey-grade data and fleet integration. Pix4D suits surveyors who want processing control. DroneDeploy suits companies flying for many purposes. Birdi suits sites that share volumes, prism records and history with managers, finance and consultants.
How accurate are drone surveys at mines?
With good ground control, drone surveys are typically accurate to a few centimeters vertically. Birdi publishes 2 to 4 cm with RTK and three to five well-distributed ground control points, with repeat surveys varying 2 to 5 cm. Without ground control, accuracy and repeatability fall quickly.
Can drone software calculate stockpile tonnage?
Yes, many platforms convert volume to tons using a density. Birdi applies a material library or custom density on Growth and Ultimate, and Propeller uses material properties. The tonnage is only as good as the density, so use one tested on your own material.
Do mines need ground control points?
For accurate, repeatable surveys, yes, or RTK or PPK positioning with checkpoints. Reusing the same ground control on every survey of a site is what makes month-to-month comparisons reliable. Without it, two surveys can disagree by more than the change you are trying to measure.
Which drone software works with Surpac?
Surpac loads LAS, XYZ and ASC point clouds to create surfaces, so most platforms that export LAS point clouds can feed it. Propeller describes exports aimed at Vulcan and Deswik. Process the survey in the mine's coordinate system and vertical datum, or it will land in the wrong place.
About the author
This guide was written by the Birdi team. Birdi (birdi.io) is a geospatial AI workspace that mining, quarry and construction teams use to share drone surveys, volumes and monitoring data in one map. We checked every product fact against each vendor's own website or help center on October 8, 2026.
Related reading
- Geospatial software for mining: GIS and site data tools for mine teams.
- Choosing stockpile volume software: seven questions to ask any vendor.
- Birdi vs Propeller: two mining platforms head to head.
- Birdi for mining: how mine teams use one shared site record.
Sources
Independent
- U.S. Geological Survey. Mineral Commodity Summaries 2026, including "Stone (Crushed)." https://pubs.usgs.gov/periodicals/mcs2026/
- North American Mining Magazine. "MSHA reported 33 fatalities in 2025." January 9, 2026. https://northamericanmining.com/index.php/2026/01/09/msha-reported-33-fatalities-in-2025/
Vendor documentation (read October 8, 2026 unless stated)
- Birdi Help Center. "How accurate are my maps?" https://help.birdi.io/en/articles/13837409
- Birdi Help Center. "How to calculate stockpile tonnage in Birdi" and "How to turn your stockpile AI Detect results into a volumetric report." https://help.birdi.io/en/articles/16590329
- Birdi Help Center. "How to set movement tolerances and run prism movement reports in Birdi." https://help.birdi.io/en/articles/16951320
- Birdi Help Center. "What outputs are available for export from processing?" https://help.birdi.io/en/articles/14492980
- Birdi. "Pricing." https://www.birdi.io/pricing
- Propeller. "Mining." https://www.propelleraero.com/mining/
- DroneDeploy. "Pricing." https://www.dronedeploy.com/pricing
- Pix4D Support. Outputs; "Pricing" (read September 21, 2026). https://support.pix4d.com/
- Esri. "Site Scan for ArcGIS." https://www.esri.com/en-us/arcgis/products/site-scan-for-arcgis/overview
