Agisoft Metashape Professional 2 Site
Metashape 2.0 transitions directly from aligned cameras to a continuous surface, bypassing the mandatory dense point cloud step found in older versions.
(now part of Epic Games) is widely considered the fastest photogrammetry software available in 2025—aligning and reconstructing models several times faster than most competitors, especially with large datasets. RealityCapture also switched to a subscription-only model in 2024, with pricing based on image count or annual usage.
By processing multispectral data from drones, agronomists map crop health over time. The software extracts calibrated reflectance maps to detect irrigation issues, fertilizer deficiencies, and pest infestations before they visible to the naked eye. VFX and Game Development
Version 2.0 represents a complete modernization of Agisoft’s core processing pipeline. It focuses on reducing computation times while increasing output fidelity. agisoft metashape professional 2
If your work involves complex terrain modeling, high-end 3D asset creation, or large-scale LIDAR integration, version 2.x is an essential upgrade to your toolkit.
Choose for 3D assets, or Orthophoto for terrain.
Agisoft Metashape Professional 2: Powering the Future of 3D Photogrammetry Metashape 2
Automatically reads EXIF/XMP data for camera focal lengths, sensor sizes, GPS coordinates, and RTK accuracy metrics. Phase 2: Camera Alignment and Tie-Point Generation
Creating precise models of large-scale industrial assets. Key Differences: Professional vs. Standard
Version 2.x renamed certain traditional steps; for example, "Build Dense Cloud" was replaced with "Build Point Cloud" . Professional vs. Standard Edition It focuses on reducing computation times while increasing
Based on the aligned images, a dense, detailed 3D point cloud is constructed.
Improved algorithms significantly reduce "ghosting" effects caused by moving objects (cars, pedestrians) during image capture.
You can now import laser scans (E57, LAS) and align them perfectly with your photogrammetric data. This results in models that combine the geometric precision of a laser scanner with the high-resolution visual detail of a professional camera.