Our experts utilize advanced 3D laser scanning technology to capture precise and detailed data from accident scenes. This state-of-the-art method allows us to create accurate, to-scale digital models of the environment, preserving critical evidence such as roadway geometry, vehicle positions, and surrounding structures. These high-resolution scans provide a comprehensive foundation for analysis, visualization, and courtroom presentations, ensuring every detail of the scene is accurately documented and understood.

Our drone imaging services capture high-resolution aerial photographs and videos of accident scenes, providing a comprehensive view of the environment. This advanced technology allows us to document critical details such as roadway layouts, vehicle positions, and surrounding areas with precision and efficiency. The aerial perspective enhances analysis and visualization, offering a clear understanding of complex accident dynamics. These images are invaluable for creating accurate reconstructions and impactful courtroom presentations.

Our team specializes in retrieving and analyzing critical data from vehicle Event Data Recorders (EDRs), commonly known as "black boxes." These devices store key information such as vehicle speed, brake usage, throttle position, and airbag deployment at the time of a crash. Using advanced tools and expertise, we extract this unbiased, scientifically grounded data to provide valuable insights into accident dynamics, helping to reconstruct events with accuracy and confidence.

Our Heavy Vehicle Event Data Recorder (HVEDR) service provides critical insights into crashes involving commercial trucks, buses, and other heavy vehicles. HVEDRs store essential data such as vehicle speed, braking, engine performance, and driver actions. This information is key to understanding the events leading up to an incident.

Given the risk of data being overwritten or lost, our team acts quickly to retrieve and analyze this time-sensitive information. Using specialized tools and expertise, we ensure that accurate, actionable insights are preserved, supporting thorough accident reconstruction and case resolution.

Our accident reconstruction simulations bring crash scenarios to life, combining advanced physics-based modeling with accurate data from the scene. Using cutting-edge simulation software, we recreate the sequence of events, including vehicle dynamics, driver actions, and environmental factors. These visualizations provide a clear and compelling representation of the incident, enhancing understanding for clients, stakeholders, and courtroom presentations. Simulations are a powerful tool for analyzing complex scenarios and communicating findings with precision and clarity.

Our biomechanical analysis services leverage advanced technologies such as Inertial Measurement Units (IMUs) and motion capture systems to precisely evaluate human motion and forces applied to various body parts during an accident. These state-of-the-art tools allow us to measure detailed movement patterns, calculate impact forces, and assess injury mechanisms with scientific accuracy.

By integrating this data with accident reconstruction findings, we provide a comprehensive understanding of how injuries occur and their correlation to the incident. This cutting-edge approach delivers valuable insights for personal injury cases, product liability claims, and workplace safety assessments.