• Advanced Photogrammetry Software: Agisoft Metashape offers cutting-edge technology for photogrammetric processing of digital images, generating 3D spatial data for various applications.
  • High-Precision 3D Modeling: Capable of creating highly accurate 3D models from still images, suitable for professional use in GIS applications, cultural heritage documentation, and visual effects production.
  • Support for Multispectral and Thermal Imagery: Processes images from different spectral bands, including RGB, multispectral, and thermal, making it versatile for environmental studies, agriculture, and industrial inspections.
  • Automated Processing Workflow: Features an automated workflow that simplifies the process of photogrammetric data processing, from image alignment to texture mapping, without sacrificing quality or accuracy.
  • Dense Point Cloud Generation: Generates detailed point clouds for precise measurements and analysis, offering insights into the physical characteristics of the scanned area.

1-Year Warranty     7 days return policy     PAN India Fast Shipping   



Agisoft Metashape is a sophisticated photogrammetry software designed to process digital images into detailed 3D spatial data. It offers an efficient, automated workflow that allows users to transform photos into precise 3D models, maps, and textured meshes. Ideal for professionals in GIS, archaeology, and visual effects, Metashape supports a wide range of applications, including environmental monitoring and cultural heritage documentation. With its capability to handle RGB, multispectral, and thermal imagery, the software is versatile across various fields. Its user-friendly interface, coupled with powerful tools for georeferencing, DEM creation, and high-quality orthophoto generation, makes Metashape a preferred choice for creating accurate, high-resolution spatial data. Whether for academic research, commercial projects, or hobbyist exploration, Agisoft Metashape stands out for its precision, ease of use, and comprehensive support for multiple data types and export formats.

🖥 Advanced Photogrammetry Capabilities: Agisoft Metashape is a sophisticated software that processes digital images into 3D spatial data through state-of-the-art photogrammetry. This technology is ideal for creating detailed 3D models, maps, and textured meshes from still photos.

🌐 Wide-Ranging Applications: Suitable for various professional fields such as GIS, archaeology, environmental science, and visual effects, Metashape supports an array of projects from cultural heritage documentation to urban planning and environmental monitoring.

📊 Automated Workflow: The software streamlines the photogrammetric process with an automated workflow, facilitating everything from image alignment to 3D model reconstruction. This makes complex processes accessible to users at all skill levels.

🔍 High-Precision 3D Modeling: Metashape excels in generating accurate, high-resolution 3D models that are essential for in-depth analysis and visualization in projects requiring precise spatial data.

🛰 Support for Multispectral and Thermal Imagery: Beyond standard RGB images, Metashape processes multispectral and thermal imagery, expanding its utility in fields like agriculture and industrial inspections by providing detailed environmental and thermal analysis.

🗺 Georeferencing and Digital Elevation Model (DEM) Creation: The software includes robust georeferencing tools and the capability to produce digital elevation models, enhancing the accuracy of geospatial projects and topographic analyses.

📈 Dense Point Cloud Generation: Metashape produces detailed point clouds, which are crucial for accurate measurements and insights into the physical characteristics of the scanned area, supporting precise spatial analysis and modeling.

🏞 Orthophoto Generation: It efficiently creates high-quality orthomosaics without geometric distortions, vital for accurate mapping and aerial survey analysis, and integrates seamlessly with GIS data.

🎚 User-Friendly Interface: Despite its comprehensive suite of features, Metashape offers an intuitive interface that simplifies operation, making advanced photogrammetry techniques accessible to a wider audience.

💾 Extensive Export Options: The software supports a variety of output formats, including OBJ, PLY, PDF, and GeoTIFF, ensuring compatibility with other software tools and facilitating smooth integration into diverse workflows.

☁️ Cloud Processing Option: For large datasets and complex projects, Metashape provides a cloud processing service to reduce the computational load on local resources and expedite processing times.

📸 Compatibility with Various Capture Devices: Agisoft Metashape works with images from a wide range of sources, including digital cameras, UAVs, and smartphones, offering flexibility in data acquisition.

📘 Comprehensive Documentation and Support: The software is supported by detailed documentation and a responsive customer service team, helping users to maximize its potential and resolve any issues that arise.

Regular Software Updates: Agisoft continuously updates Metashape with new features and improvements, ensuring that it stays at the forefront of photogrammetry software by adapting to the latest technological advancements and user feedback.


Photogrammetric Triangulation

Photogrammetric triangulation leverages multi-angle photographs for 3D mapping, utilizing aerial, close-range, and satellite imagery. It features auto calibration for various camera types, including fisheye and spherical, and supports multi-camera setups for enhanced accuracy. Additionally, it processes scanned images with fiducial marks to correct distortions, ensuring precise measurements.


Dense Point Cloud: editing and classification

The process incorporates elaborate model editing to enhance accuracy in results. It features automatic multi-class point classification, allowing for customized reconstruction refinement. Furthermore, it supports import/export capabilities, facilitating integration with traditional point data processing workflows, thereby optimizing the utility and efficiency of the reconstruction process.


Digital Elevation Model: DSM/DTM Generation

The system generates Digital Surface and Terrain Models, utilizing EXIF metadata or flight logs and Ground Control Points (GCPs) for precise georeferencing. It supports various EPSG registry coordinate systems, including WGS84 and UTM, and offers configurable vertical datums, adjusting for geoid undulation grids to ensure accurate vertical positioning.


Georeferenced Orthomosaic Generation

The platform produces georeferenced orthomosaics in GIS-friendly GeoTIFF and KML formats for Google Earth integration. It accommodates large projects by enabling block exports. Advanced color correction ensures uniform textures, while an inbuilt ghosting filter minimizes artifacts from moving objects. It also offers custom planar and cylindrical projections for close-range projects.


Terrestrial laser scanning (TLS) registration

Simultaneous adjustment of laser scanner and camera positions, integration of TLS and photogrammetric depth maps, support for markers and automatic target detection for scanner data alignment, and masking tools for excluding irrelevant objects in scanner data.


Measurements: distances, areas, volumes

The system comes equipped with inbuilt tools for measuring distances, areas, and volumes, facilitating straightforward metric analysis. For more complex assessments, the outputs of photogrammetric processing are easily transferable to external tools, supported by a wide array of export formats, ensuring seamless integration and versatility in data analysis applications.


Multispectral imagery processing

The platform supports processing of RGB, NIR, thermal, and multispectral imagery, enabling rapid reconstruction based on the selected channel. It allows for the generation of multichannel orthomosaics and facilitates the calculation and export of user-defined vegetation indices, such as the NDVI, catering to diverse analysis and monitoring needs.


Satellite imagery processing

The system accommodates a standard processing workflow for both panchromatic and multispectral satellite imagery, contingent on the availability of sufficiently accurate Rational Polynomial Coefficient (RPC) data for each image. This ensures that users can consistently apply the workflow to various types of satellite data for reliable analysis and results.


Automatic powerlines detection

This method streamlines large-scale projects by requiring just aligned images as input, enhancing efficiency. Outcomes are exported as 3D polyline models for each wire, guaranteeing robustness through the implementation of a catenary curve fitting algorithm. This process ensures accurate and reliable modeling with minimal complexity and time investment.


Panorama stitching

The technique facilitates 3D reconstruction from data captured at the same camera station, requiring a minimum of two stations for effectiveness. Additionally, it offers 360° panorama stitching for data obtained from a single camera station, enabling comprehensive visual representation and detailed spatial analysis from specific points of observation.


Python and Java API

Batch processing minimizes manual intervention, while Python scripting and Java bindings provide advanced automation and customization capabilities. Users can add custom operations to the GUI, fully automate tasks, and integrate them into Python or Java pipelines, offering a tailored approach to processing operations, from simple adjustments to complete workflow automation.


Network processing

The system utilizes distributed calculations across a local computer network, harnessing the collective power of multiple nodes for the processing of large data sets within a single project. This approach significantly enhances efficiency and speed, enabling the handling of extensive data volumes by leveraging the network’s combined computational capabilities.


Feature Extraction and Mapping

Integration with point clouds


Automatic texturing


System Requirements:

  • Basic Configuration: Suitable for laptops or desktops, requires a 4-12 core Intel, AMD, or Apple M1/M2 processor, 2.0+ GHz, with 16-32 GB RAM and an NVIDIA or AMD GPU with 1024+ unified shaders.
  • Advanced Configuration: Aimed at desktops or workstations, it needs a 6-32 core Intel or AMD processor, 3.0+ GHz, 32-128 GB RAM, and 1-2 NVIDIA or AMD GPUs with 1920+ unified shaders.
  • Extreme Configuration: For servers processing extremely large datasets, a dual-socket Intel Xeon or AMD EPYC setup with 128+ GB RAM and high-end GPUs is recommended​

Photogrammetric Processing

Both editions support photogrammetric triangulation, dense point cloud generation, and 3D model generation and texturing. The Professional edition adds features like support for aerial, close-range, and satellite imagery; multi-camera project support; and more elaborate model editing and classification options​

Geospatial Data Generation

The software is designed to process digital images to generate 3D spatial data, useful in GIS applications, cultural heritage documentation, visual effects production, and for indirect measurements of various objects​

Professional Edition Specific Features

This edition supports digital elevation model (DSM/DTM) generation and editing, georeferenced orthomosaic generation, LiDAR data support, and ground control points/scale bar support. It also offers advanced tools for measurements, stereoscopic measurements, hierarchical tiled model generation, 4D modeling for dynamic scenes, multispectral imagery processing, automatic powerlines detection, satellite imagery processing, Python and Java API for automation, network processing, and cloud processing​

Standard Edition Specific Features

The Standard edition focuses on core functionalities like photogrammetric triangulation, dense point cloud generation, 3D model generation and texturing, and panorama stitching. It is tailored for simpler projects that do not require the advanced features of the Professional edition​.

Agisoft Cloud

Available for Professional edition users, this online platform offers tools for site inspection, annotation, and documentation, integrated with a cloud processing service to streamline workflows and facilitate collaboration​.


  1. What is Agisoft Metashape? Agisoft Metashape is a standalone software product that performs photogrammetric processing of digital images to generate 3D spatial data, useful in GIS applications, cultural heritage documentation, visual effects production, and for indirect measurements of objects of various scales​​.
  2. What are the key features of Agisoft Metashape Standard Edition? The Standard Edition offers photogrammetric triangulation, dense point cloud generation, 3D model generation and texturing, and panorama stitching among other features​​.
  3. How do I get started with Agisoft Metashape? Agisoft provides detailed tutorials and user manuals for both Professional and Standard editions to help new users get started. The latest version, Metashape 2.1.0, is available for download on their website​​.
  4. Can I try Agisoft Metashape before purchasing? Yes, new users can try Agisoft Metashape in demo mode or test it in full function mode with a 30-day trial license for free​​.
  5. What system requirements are needed for Agisoft Metashape? Agisoft Metashape requires a high-speed multi-core CPU, a significant amount of RAM (16 GB minimum for basic tasks, up to 128+ GB for advanced tasks), and a high-end OpenCL or CUDA compatible graphics card​​.
  6. How does Agisoft Metashape support cloud processing? Agisoft Cloud is an online platform for site inspection, annotation, and documentation integrated with a cloud processing service for Metashape Professional users, facilitating collaboration and streamlining workflows​​.
  7. What are the differences between the Professional and Standard editions of Metashape? The Professional Edition includes advanced features like support for aerial, close-range, and satellite imagery, digital elevation model generation, georeferenced orthomosaic generation, LiDAR data support, and more, while the Standard Edition focuses on core photogrammetry functions​​​​.
  8. How do I update Agisoft Metashape? Updates to Metashape 2.x are free of charge. You may need to re-enter your license code when updating from Metashape Professional 1.x to 2.x due to a new license activation system​​.
  9. Does Agisoft Metashape offer a license for academic use? While specific details about academic licensing were not directly mentioned, Agisoft generally provides various licensing options, including for educational purposes. It’s recommended to contact Agisoft directly or check their licensing options on their website​​​​.
  10. Is there support available for Agisoft Metashape users? Agisoft offers a comprehensive support system through tutorials, user manuals, a knowledge base, and a dedicated support forum for both new and experienced users​.

There are no reviews yet.

Be the first to review “AGISOFT METASHAPE Software”

Your email address will not be published. Required fields are marked *