IMAGINE Photogrammetry
Photogrammetry software
- Features
- Ease of use
- Ease of management
- Quality of support
- Affordability
- Market presence
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What is IMAGINE Photogrammetry
IMAGINE Photogrammetry is a desktop photogrammetry module within the Hexagon Geospatial IMAGINE suite used to generate 3D information from overlapping aerial or terrestrial imagery. It supports workflows such as aerial triangulation, sensor modeling, and orthorectification for mapping and geospatial production. Typical users include GIS and remote-sensing teams, survey/mapping organizations, and government or engineering groups that need controlled, reportable photogrammetric processing. It is commonly deployed as part of a broader geospatial production environment rather than as a standalone drone-mapping application.
Enterprise photogrammetry workflows
The product focuses on traditional photogrammetric production tasks such as aerial triangulation, block adjustment, and orthorectification. This aligns well with organizations that need repeatable, standards-driven processing rather than ad hoc reconstruction. It fits into established mapping pipelines where quality control and documentation matter. It is often used alongside other geospatial production tools in the same ecosystem.
Broad sensor and imagery support
IMAGINE Photogrammetry is designed for professional mapping imagery and supports common aerial camera and sensor models used in photogrammetry. This helps teams working with mixed collections (e.g., frame cameras and other mapping sensors) maintain consistent processing methods. It is oriented toward calibrated, metadata-rich datasets typical in surveying and remote sensing. This can reduce reliance on separate tools for different sensor types.
Integration with geospatial production
Because it is part of the IMAGINE/Hexagon Geospatial environment, it integrates with related raster, GIS, and production workflows. This can simplify handoffs between photogrammetry, orthomosaic generation, and downstream geospatial analysis or publishing. Organizations already standardized on the same platform can centralize licensing, user management, and data handling. It is suited to multi-user environments with defined production roles.
Less focused on drone UX
Compared with purpose-built drone mapping applications, the workflow can feel more oriented to professional photogrammetry and mapping specialists. New users may face a steeper learning curve around project setup, sensor models, and adjustment concepts. Teams seeking quick, guided processing for small drone jobs may find it less streamlined. Training and process definition are often required for consistent results.
Ecosystem and licensing complexity
IMAGINE Photogrammetry is typically purchased and operated as part of a broader software suite, which can increase procurement and deployment complexity. Organizations may need additional modules for end-to-end deliverables depending on requirements. Licensing models and module dependencies can be harder to evaluate than single-purpose tools. This can be a barrier for small teams with limited budgets.
Hardware and processing demands
Photogrammetric processing at mapping scale can be compute- and storage-intensive, and performance depends on workstation specifications and dataset size. Large blocks and high-resolution imagery may require careful resource planning and batch processing. Organizations may need dedicated workstations or shared compute to meet turnaround times. This is common in the category but can be underestimated during adoption.
Seller details
Hexagon AB
Stockholm, Sweden
1982
Public
https://www.hexagon.com/
https://x.com/hexagonab
https://www.linkedin.com/company/hexagon-ab
