
ArcGIS Drone2Map
Drone analytics software
Photogrammetry software
- Features
- Ease of use
- Ease of management
- Quality of support
- Affordability
- Market presence
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Small
Medium
Large
- Real estate and property management
- Energy and utilities
- Public sector and nonprofit organizations
What is ArcGIS Drone2Map
ArcGIS Drone2Map is a desktop photogrammetry application that processes drone imagery into 2D and 3D geospatial products such as orthomosaics, digital surface models, and point clouds. It targets GIS teams and field-to-office workflows that need outputs aligned to mapping coordinate systems and usable in ArcGIS. The product emphasizes local processing on a Windows workstation and direct integration with ArcGIS data formats and publishing workflows.
Local, offline processing option
Processing runs on a local Windows machine rather than requiring cloud processing. This can help organizations with data residency requirements or limited connectivity in the field. It also allows teams to control when and where imagery is processed without uploading datasets to third-party infrastructure.
Tight ArcGIS ecosystem integration
Drone2Map produces outputs that align with common GIS deliverables (orthomosaics, DSM/DTM-style surfaces, point clouds) and are designed to flow into ArcGIS workflows. It supports georeferencing and coordinate system handling expected in enterprise GIS environments. This reduces format conversion and handoff steps for organizations standardizing on ArcGIS for analysis and sharing.
Photogrammetry outputs for mapping
The software focuses on turning drone imagery into mapping-grade raster and 3D products used for measurement, inspection, and change tracking. It supports workflows that use ground control points and accurate geospatial referencing when available. These capabilities fit common surveying, construction, utilities, and environmental monitoring use cases where GIS-ready outputs matter.
Windows desktop dependency
Drone2Map is a desktop application and is typically deployed on Windows workstations. This can be limiting for teams that prefer macOS/Linux environments or browser-based collaboration. It also shifts performance and scaling requirements to local hardware, which may require high-spec GPUs/CPUs for large projects.
Collaboration and scaling limits
Compared with platforms built around centralized project management, multi-user collaboration, and fleet-scale operations, a desktop-first model can add friction for distributed teams. Sharing results often relies on separate publishing steps and organizational ArcGIS infrastructure. Large organizations may need additional components to manage permissions, review cycles, and standardized processing at scale.
ArcGIS licensing and stack reliance
The product is most effective when paired with ArcGIS software and services, which can increase total cost and vendor dependency for some buyers. Organizations not already invested in ArcGIS may face a steeper onboarding curve for data management and publishing workflows. Integration benefits may be reduced if the rest of the geospatial toolchain is not ArcGIS-based.
Plan & Pricing
| Plan | Price | Key features & notes |
|---|---|---|
| Standard | Not listed publicly — contact Esri sales | Processes overlapping nadir images to create 2D products: true orthomosaics, DSM, DTM. Included in some education agreements. (Requires ArcGIS Creator user type). |
| Advanced | Not listed publicly — contact Esri sales | Includes Standard capabilities plus 3D reality products (point clouds, textured meshes) and higher processing limits. (Requires ArcGIS Creator user type). |
Seller details
Esri
Redlands, California, USA
1969
Private
https://www.esri.com/
https://x.com/Esri
https://www.linkedin.com/company/esri/