Accident Reconstruction

Industry Pain Points

Data Collection

Accident scenes are often cleared quickly for rescue, traffic restoration, etc., and key physical evidence (such as brake marks and debris distribution) is easily lost.

Timeliness and Cost Pressure

The on-site survey needs to be completed in a short period of time, and details are easily missed when there is a shortage of manpower.

Shortcomings In The Legal and Evidence Chain

Traditional evidence is difficult to accept due to its lack of objectivity, there are many disputes over the division of responsibilities, and paper archives are easily lost.

Barriers To Cross-disciplinary Collaboration

Data sharing among traffic police, insurance companies and judicial institutions is not smooth, and repeated investigations increase costs.

Uneven Application of Technology

Traditional methods (such as brake mark analysis) and new technology data have not been effectively integrated, reducing overall efficiency

Advantages

• Fast and Complete On-site Records

  GoSLAM can quickly collect point cloud data to record all details of the accident scene, including vehicle location, scattered object distribution, road surface traces, etc., to provide panoramic data support for later analysis. The accident scene is susceptible to environmental interference (such as weather and rescue operations). GoSLAM can complete on-site data collection in a short time to avoid the loss of evidence.

  

• Data Accuracy and Integrity

  High-density scanning, ultra-large field of view, and point cloud accuracy can be up to 1cm to ensure accurate and complete data.

  

• High Efficiency and Operation Mode

  Without fixed sites, GoSLAM scanner can generate 3D point clouds in real time while moving by handheld or mounted on a drone, to cope with dynamic environments such as road blockages and traffic interference in traffic accidents. It can also achieve stable positioning in complex GPS-denied scenes such as tunnels, underground garages, and narrow ruins.

  

• Lightweight and Low-cost

  Multiple loading modes, single-person operation, simple equipment operation, one-click scanning.

  

Solutions and Related Products

GoSLAM provides an efficient and accurate digital solution for accident reconstruction: through SLAM dynamic scanning, complex scene modeling can be completed within 5-20 minutes. Multi source data is integrated to automatically generate collision trajectories, structural damage analysis, and 3D evidence chains, greatly improving the efficiency and objectivity of responsibility determination in traffic accidents, fires and other scenarios, reducing human errors and secondary risks.

High precision and data integrity, SLAM laser scanning technology can capture subtle geometric features (such as spatial information of traffic accident scenes and scattered object distribution), with much lower errors than traditional measurements.
Holographic recording: Obtaining hundreds of thousands of data points in one second, covering all details such as the situation at the scene of a traffic accident, the distribution of scattered objects, and the traces at the scene, avoiding manual omissions.
GoSLAM provides an efficient and accurate digital solution for accident reconstruction: Through SLAM dynamic scanning, complex scene modeling can be completed within 5-20 minutes, and multi-sources data can be integrated to automatically generate collision trajectories, structural damage analysis and 3D evidence chains, greatly improving the efficiency and objectivity of responsibility determination in scenes such as traffic accidents and fires, and reducing human errors and secondary risks.

Advantages:

■ High Precision and Data Integrity: SLAM laser scanning technology can capture subtle geometric features (such as spatial information at the scene of a traffic accident and the distribution of scattered objects) with much lower errors than traditional measurements.
■ Holographic Recording: Hundreds of thousands of data points are acquired in one second, covering all details such as the traffic accident scene, distribution of scattered objects, on-site traces, etc., to avoid human omissions.
■ High Efficiency and Time Saving: Rapid data collection, using backpacks, drones and other multi-platforms mounting methods, can quickly obtain complete information on the scene over a large area, and can complete the scan within a few hours, which can increase work efficiency by at least 5 times compared to traditional methods.
■ Reduce Manpower: A single operator can complete complex spatial measurements, reducing labor costs and the risk of human error.
■ Strong Ability To Handle Complex Structures and Irregular Spaces: Easily handle complex on-site scenes, such as highways, tunnels, winding mountain roads and other areas that are difficult to measure with traditional tools.
■ Digital and Visual 3D Model Generation: Directly output point cloud data, quickly generate site survey maps, roaming videos, on-site animation simulations, etc. through point clouds, and provide complete on-site conditions and physical evidence.
■ Data concatenation: The platform enables remote viewing, assisting in the display of traffic scenes and preservation of complete data and evidence chains (panoramic images, spatial point clouds, transcripts, videos, etc.).