Professional 3D Photogrammetry, Surveying & Reconstruction Software | Full Professional Edition | Perpetual Floating License | Windows 10 & 11 | Versions 7, 8 & 9
Transform real-world photographs into detailed 3D models with 3DF Zephyr, professional photogrammetry software developed by 3Dflow.
Designed for advanced 3D reconstruction, surveying, engineering, architecture, archaeology and digital content creation, 3DF Zephyr provides a comprehensive environment for processing photographic data and producing accurate, detailed 3D results.
Whether working with photographs from DSLR cameras, smartphones, aerial drones or other imaging equipment, users can reconstruct physical objects, buildings, landscapes and environments through an automated workflow.
The professional edition also integrates photogrammetry with laser scanning data, allowing different sources of spatial information to be combined within a single project.
3DF Zephyr uses reconstruction technology developed by 3Dflow to process images throughout the photogrammetry workflow.
From calculating camera positions to generating dense point clouds, detailed meshes and realistic textures, the software provides the tools needed to transform photographic material into usable 3D assets.
GPU acceleration helps improve processing performance, while multi-GPU support allows compatible workstations to take advantage of additional graphics hardware when handling demanding reconstruction projects.
Every reconstruction project has different requirements. 3DF Zephyr supports workflows ranging from object digitization and architectural documentation to large-scale terrain mapping and surveying.
Users can work with ground-based photographs, aerial imagery and laser scanning information without switching between multiple reconstruction platforms.
A selection of processing options and editing tools makes it possible to adapt the workflow to the project's complexity, available imagery and intended output.
In addition to producing textured 3D models, 3DF Zephyr includes specialized functionality for surveying, measurement, mapping and technical documentation.
Create orthophotos, digital terrain models (DTM), digital surface models (DSM), contour lines and cross-sections directly from reconstructed spatial data.
Integrated measurement and CAD-related tools allow professionals to inspect geometry, calculate distances, areas and volumes, and prepare data for further processing in compatible design and engineering applications.
Create detailed three-dimensional representations of real-world subjects using photographs captured from different viewpoints.
3DF Zephyr automates important stages of the reconstruction process, including camera alignment, point cloud generation, mesh creation and texturing.
This makes the software suitable for digitizing individual objects, documenting architectural structures, reconstructing archaeological sites and creating realistic 3D assets for visualization or digital production.
Users can inspect, refine and export the resulting models according to their project's technical requirements.
Work with images captured using a variety of camera systems, lenses and acquisition techniques.
3DF Zephyr supports reconstruction from photographs and video frames, making it suitable for both controlled studio captures and larger outdoor projects.
Different camera models, focal lengths and shooting positions can be incorporated into a reconstruction workflow, providing flexibility when collecting imagery across complex scenes.
Whether documenting a small object or capturing a larger environment with a drone, the software provides a unified approach to processing the resulting images.
Combine photographic reconstruction with advanced scanning workflows for projects that require more than conventional 3D modelling.
The professional edition supports aerial and terrestrial photogrammetry, panoramic imagery, multispectral datasets and laser scanning information.
Laser scan data can be imported, registered and analyzed alongside photographic material, enabling users to incorporate different types of spatial information within the same working environment.
This flexibility is particularly useful in surveying, construction, cultural heritage documentation, engineering and other applications involving complex physical environments.
3DF Zephyr includes a collection of tools for preparing, analyzing and refining reconstructed data.
Users can clean and edit point clouds, work with mesh geometry, apply processing filters and prepare models for measurement or export.
Georeferencing and scaling features help connect reconstructed geometry to real-world measurements and coordinate systems.
Additional capabilities include distance and volume calculations, surface measurements, digital elevation analysis, batch processing and integration with compatible BIM and CAD workflows.
Tools such as 3DF Masquerade provide additional control over image masking and project preparation.
Turn reconstructed data into useful outputs for surveying, architectural documentation, terrain analysis and digital design.
3DF Zephyr provides tools for generating orthophotos, orthomosaics, digital terrain models, digital surface models and contour lines.
Specialized workflows also support vegetation index analysis using suitable multispectral imagery.
CAD drawing tools, sections and measurement functions help professionals extract meaningful information from reconstructed environments.
Completed results can be exported in a variety of supported formats for use in compatible 3D modelling, visualization, GIS and engineering applications.
3DF Zephyr is designed for professionals who need to reconstruct, inspect and measure real-world geometry.
Typical applications include:
Surveying & Mapping: Terrain reconstruction, aerial photogrammetry, orthophotos and elevation models.
Architecture & Construction: Building documentation, facade reconstruction and measurement of existing structures.
Engineering & Manufacturing: Geometry inspection, digital reconstruction and technical visualization.
Cultural Heritage & Archaeology: Digitization and preservation of historical structures, monuments and artifacts.
Visual Effects & Game Development: Creation of realistic 3D assets from physical objects and environments.
Mining & Environmental Analysis: Terrain measurement, stockpile volume calculations and spatial documentation.
The technology behind 3DF Zephyr is also available through 3Dflow's separately offered FlowEngine SDK, which enables developers to incorporate photogrammetry reconstruction capabilities into their own software applications.

Recommended System Requirements
OS: Windows 11/10 (64-bit)
Processor: Quad-core Intel or AMD CPU
Memory: 32GB RAM
Storage: 40GB free disk space – SSD recommended
Graphics: NVIDIA GPU with at least 4GB VRAM and CUDA 3.5 or later, or compatible OpenCL 1.2 hardware
Your purchase will be available for download immediately after payment is received. Updates will always be accessible in your account.
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