VRGS is advanced 3D and virtual-reality software for geological interpretation, enabling geoscientists to visualise, analyse and interpret digital outcrops with confidence.
A spin out company from the University of Manchester Innovation Factory and the Department of Earth and Environmental Sciences, University of Manchester.
Organisations utilising our software include:
From digital outcrops to geological interpretation
VRGS is designed for geoscientists who need to extract robust, quantitative insights from complex 3D geological data. VRGS enables you to:
Interpret geological structures directly on high-resolution models
Work efficiently with large, complex datasets
Visualise and assess 3D datasets in VR as well as desktop mode
Make accurate geological measurements in 3 dimensions
The result is better geological understanding, improved interpretation confidence, and more defensible outcomes.
Built for real geological workflows
VRGS combines high-performance visualisation with a comprehensive set of geological interpretation tools.
3D Visualisation
Visualise large meshes and point clouds from photogrammetry and LiDAR with high-performance rendering optimised for geological datasets.
VRGS serves professional geoscientists across multiple sectors, from commercial applications to academic research and student training.
Industry
Energy, mining, geothermal, CCUS, and environmental geoscientists use VRGS to analyse geological complexity, reduce uncertainty, and maximise value from digital outcrop data.
Empowering Digital Geoscientists Worldwide: Bridging Industry and Academia
Catalysing scientific innovation, VRGS is embraced by a global community of digital geoscientists.
0
Countries
0
Academic Institutions
0
Scientific Papers
VRGS : Virtual Reality Geological Studio.
Version 3.2 VRGS (Virtual Reality Geological Studio) provides an integrated software solution to visualise, interpret and analyse 3D geological datasets of virtual outcrops. It enables users to import large datasets from Lidar and Structure from Motion (SfM)/photogrammetry, create and visualise ultra-high-resolution models in 3D in VR or desktop mode and deploy a comprehensive suite of analytical tools to describe and interpret key geological features such as bedding, faults and fractures.
The Latest Digital Geology Software from VRGeoscience
13/1/2026 : Experience the latest advancements in digital outcrop interpretation and analysis with VRGS 0.0 Build 0. Stay at the forefront of technology with our regular releases, ensuring you always have access to the newest features and updates. Upgrade to the latest VRGS and unlock the full potential of virtual reality geological interpretation today.
Developed by a geoscientist and software engineer, proven in research and practice.
VRGS underpins peer-reviewed publications and is used in active collaboration with universities and industry partners.
This ensures VRGS delivers not only visual impact, but scientifically robust results.
Publications
Latest publications featuring VRGS
Micaela García and Joaquín Bucher and Rodrigo Feo and Manuel López and Florencia Milanese and Magdalena Tettamanti and Leandro D’Elia and Andrés Bilmes and Juan R. Franzese (2026)
Transpressional deformation and block rotation in the Patagonian Broken Foreland: Multidisciplinary approach and future perspectives
Start a 30-day free trial and explore how VRGS fits into your geological workflows. Import your own digital outcrop models, perform full interpretations, and export quantitative results — with or without VR hardware.
The VRGS YouTube channel has an extensive range of tutorials to help you intepret and analyse your virtual outcrop and digital outcrop models.
Onboarding video for VRGS 3.2
Getting started with VRGS. This shoert video shows you how to create a new project, navigate around the model, and introduces some basic interpretation. Enough to get you up and running in a few minutes.
