Modern vehicles capture critical crash-related information through their onboard systems.

We specialise in retrieving and interpreting Event Data Recorder (EDR) and infotainment data, including speed, braking, steering inputs, and even navigational history. This digital evidence often reveals the truth behind disputed claims and strengthens case outcomes with objective, verifiable data.

Forensic examinations of tyres are a critical component in understanding vehicle dynamics and crash causation. By analysing tyre tread patterns, wear characteristics, and damage profiles, we can identify evidence of braking, acceleration, skidding, and impact forces. These examinations help determine whether tyre condition or failure contributed to an incident, and provide valuable insights into vehicle speed, direction, and driver inputs at the time of the collision.

Detailed forensic tyre analysis supports accurate reconstruction and strengthens the evidentiary basis for legal and insurance proceedings.

Forensic examination of seat belts is essential in understanding occupant restraint and injury mechanisms during a collision. By analysing seat belt webbing for loading marks, abrasions, stretching, and material transfer, we can determine whether seat belts were worn correctly and functioned as intended. This analysis also considers pretensioner and locking mechanisms, vehicle damage, and occupant kinematics to assess the effectiveness of the restraint system.

These findings provide critical evidence to support injury causation analysis, occupant movement reconstruction, and legal or insurance claims.

CrashByte uses the most up to date and innovative forensic tools provided by Berla to access and interpret infotainment system data from vehicles. This technology can reveal navigation history, connected device information, and vehicle events, providing a unique layer of digital evidence.

In cases where driver behaviour or vehicle usage is disputed, infotainment data often delivers the missing context that strengthens investigations and supports legal proceedings.

Mechanical integrity plays a vital role in many collisions. We conduct detailed inspections to identify whether mechanical failure, poor maintenance, or aftermarket modifications contributed to an incident.

With a solid foundation in mechanical engineering, we will evaluate findings to ensure they are precise, technically sound, and presented in a way that both technical and non-technical audiences can understand.

Accurate scene documentation is critical in crash reconstruction. Using the latest available drone technologies, we capture high‑resolution aerial imagery and video, enabling precise mapping of collision sites. This approach provides a comprehensive overview of roadway layouts, vehicle positions, and environmental factors that may not be visible from ground level.

Drone mapping ensures that every detail of the crash scene is preserved for analysis and presentation.

3D scanning of vehicles allows us to create exact digital replicas of damage profiles. This technology captures millimetre‑level detail, allowing for precise measurement of crush patterns, deformation, and component alignment.

The resulting 3D models can be used for comparative analysis, courtroom exhibits, and technical reports, ensuring that complex damage evidence is communicated clearly and persuasively.

Using physics‑based modelling, vehicle data, and scene measurements, simulations reconstruct the dynamics of an accident in a way that is easy to understand, by providing a visual demonstrate how a collision occurred. They provide a powerful tool for court presentations, insurance assessments, and technical analysis, turning complex engineering evidence into clear, compelling visuals that support decision‑making and case outcomes.

Beyond collisions, we investigate claims involving hail damage and potential fraud. By combining technical inspection methods with investigative expertise, we determine whether damage is genuine, manufactured, or exaggerated.

This service protects insurers and clients from costly fraudulent claims while ensuring legitimate cases are supported with credible evidence.

Clear communication is as important as technical accuracy. Our reports are comprehensive yet prepared in a manner that translate complex findings into accessible language for legal and insurance professionals.

When required, we will provide expert testimony in court, presenting evidence with confidence, precision, and impartiality.