A photograph shows one angle at one moment. A 3D model lets you show any angle, any moment, and any detail — and it can be verified against the physical evidence it represents.
We build three-dimensional models from measurements, scans, photographs, engineering drawings, medical records, and expert specifications. These models serve as the geometric foundation for animations, static renderings, and interactive courtroom presentations. They are built to be accurate, documented, and defensible.
Accident scenes — intersections, roadways, parking structures, construction sites, industrial facilities, residential properties. Modeled from LiDAR point clouds, survey data, aerial photography, and site measurements. These scene models allow the jury to see spatial relationships — distances, sight lines, grades, obstructions — that are impossible to convey with flat photographs.
Vehicles and equipment — cars, trucks, motorcycles, heavy equipment, industrial machinery, consumer products. Modeled from manufacturer specifications, exemplar measurements, and photographic documentation. When a case turns on how a mechanism works or fails, the model lets the jury see inside.
Medical anatomy — bones, joints, organs, vasculature, implants, and surgical hardware. Built from DICOM imaging (CT/MRI) when available, producing patient-specific anatomy rather than generic illustrations.
Buildings and structures — residential, commercial, and industrial buildings modeled for construction defect, premises liability, and building code cases. Structural systems, mechanical systems, and envelope details modeled to the level needed for the dispute.
Products and devices — consumer products, medical devices, automotive components, electronic assemblies. Modeled to show design, manufacture, or failure-mode details relevant to the claim.
A 3D model is a tool, not a final product. From a single accurate model, we can produce static renderings from any perspective, animated sequences showing events or processes, cutaway views revealing internal structure, comparison overlays showing before-and-after or actual-versus-specified conditions, and interactive presentations where counsel can rotate, zoom, and highlight in real time.
Every model is built from identified sources. We maintain records of what data informed each element, so the evidentiary foundation is traceable. When opposing counsel asks “where did this dimension come from,” there is an answer.
Accident reconstruction, engineering failures, and mechanical analysis from evidence.
Surgical procedures, injury mechanisms, and anatomical progressions made visible.
Strategy-driven exhibit and presentation packages built around your verdict architecture.