Revolutionary: Real-World Photogrammetry Flood Simulation with Physics in Unreal Engine 5 | CreoPlan
Witnessing a world-first: real photogrammetry terrain processed into a fully interactive Unreal Engine 5 physics simulation for advanced flood modelling.
This demonstration showcases CreoPlan's ground-breaking ARGUS technology – transforming drone-captured imagery into a photorealistic, physics-enabled 3D environment in under 30 minutes.
This isn't CGI or synthetic terrain; it's real-world data captured from the field, processed on-site, and deployed into Unreal Engine 5 with fully functioning physics simulation.
What Makes This Revolutionary:
Drone to simulation pipeline in 30 minutes – from aerial capture to working physics model
Real photogrammetry data – actual terrain captured via drone, not synthetic environments
Perfect georeferencing – every measurement reflects true real-world dimensions
Live physics simulation – dynamic water flow behaviour on authentic topography
Field-deployable processing – ARGUS technology validated by Police and MOD
The Technology Behind It:
CreoPlan's ARGUS platform processes high-resolution drone imagery through advanced photogrammetry, creating detailed 3D reconstructions with precise georeferencing. This data seamlessly integrates into Unreal Engine 5, enabling physics-based flood simulations that emergency response teams can use for mission planning, infrastructure vulnerability assessment, and disaster preparedness.
Real-World Applications:
When natural disasters strike, traditional surveying methods are too slow. CreoPlan's rapid deployment technology provides emergency services with actionable intelligence whilst conditions are still unfolding – identifying evacuation routes, predicting flood propagation, and protecting critical infrastructure before it's too late.
From field to physics. From crisis to confidence.
Learn more about CreoPlan's disaster response technology at www.creoplan.co.uk