Comprehensive review of crash reports, recordings, interviews, photographs, electronic data, and other evidence to identify critical factors in complex collisions.

Engineering analysis of vehicle motion, impact dynamics, speed, braking, steering, visibility, and collision mechanics for complex cases.

High-resolution ground and aerial photography, laser scanning, and photogrammetry to preserve roadway evidence and scene layout for analysis and exhibits.

Document damage patterns, restraint performance, and vehicle condition to support impact configuration and occupant response analysis.

Retrieval and interpretation of crash data from the vehicle’s event data recorder, including speed, braking, steering, restraints, and delta-V.

Specialized recovery from damaged, burned, or inaccessible modules using bench, direct-to-module, and chip-level forensic techniques.

Recovery of GPS history, speed trends, call logs, messages, and connected-device data to build collision timelines.

Retrieval and analysis of ECM, telematics, braking, and network data from heavy commercial vehicles.

Analysis of occupant motion, restraint use, interior contacts, and crash dynamics associated with reported injuries.

Scientifically grounded animations and simulations illustrating vehicle motion, impact dynamics, timing, and visibility.

Courtroom-ready 3D scenes, technical illustrations, and interactive views that translate engineering evidence for attorneys, judges, and juries.

Clear, technically defensible presentation of forensic findings through reports, depositions, and trial testimony.