VUFO staff members reconstructing an accident on a computer

Crash Reconstruction & Accident Analysis

Accident reconstruction and analysis is a complex scientific process that brings together all available information and relevant facts gathered from the on-scene investigation. The aim of accident reconstruction is to provide a detailed account of accident events and a clear analysis of how the accident unfolded.

Our Services Related to Crash Reconstruction

Crash reconstruction on behalf of a client

We create customized accident reconstructions and analyses for you, based on your specific requirements, special requests, and the data you provide.

Further training in crash reconstruction

In addition, we offer training courses that provide expertise in accident analysis, including accident scene investigation, accident reconstruction, and the use of Event Data Recorders (EDR).

Accident scenarios

From quick overview reconstructions to detailed analyses in PCM or OpenX format, we offer a wide range of service packages to meet the individual needs of our customers.

Your experts in crash reconstruction

Accident reconstruction is one of our core areas of expertise. Using modern accident analysis and road traffic accident analysis techniques, we reconstruct road traffic accidents based on all available relevant facts, thereby providing a sound basis for clarifying the circumstances of accidents and the sequence of events. Our services range from rapid overview reconstructions to detailed analyses in PCM or OpenX format, tailored to your individual requirements.

Thanks to more than 20 years’ experience and our close links with the GIDAS accident research project, we have a unique database for accident reconstruction and technical accident analysis. In addition, we offer the EES catalogue of comparable cases, as well as training courses on accident reconstruction and the use of event data recorders (EDRs).

If you are looking for an experienced partner specialising in crash reconstruction, accident analysis and the scientific analysis of road traffic accidents, we would be delighted to assist you.

Crash Reconstruction Using Software

Energy Equivalent Speed (EES) Catalog

Energy Equivalent Speed (EES) refers to the speed at which a vehicle collides with an indeformable obstacle and exhibits comparable deformations. Energy Equivalent Speed is an important and indispensable parameter for analyzing the collision phase:

  • Key parameter for determining the technical accident severity
  • Basis for calculating the deformation energy
  • Frequent use in the creation of injury risk functions
  • Important reconstruction parameter

Building on the unique data set from our accident surveys, we have created a digital reference tool for “Energy Equivalent Speed” (EES) that allows users to easily search for comparable EES cases. This catalog consists of comprehensive data sets for several hundred vehicles and is continuously being expanded. With the VUFO catalog, you have access to a portal containing extensive vehicle-, collision-, and accident-specific data sets.

Aerial view of streets at night

Filter Criteria

Vehicle-specific:

  • Vehicle model
  • Vehicle class
  • Body shape
  • First registration
  • Crash weight
Accident-specific:
  • Type of accident
  • Accident type

Kollisionsspezifisch:

  • Collision counterparty
  • Main damage (VDI2)
  • Shock pulse direction (VDI1)
  • Overlap
  • Rollover
  • Underride
  • Energy equivalent speed (EES)
  • Change in speed (DV)
  • Collision speed (VK)

Um einen Einblick in den EES-Katalog zu erhalten, können Sie sich derzeit für einen kostenfreien Gast-Account anmelden. Dieser ermöglicht einen zweitägigen (Basis-)Zugang.

See for yourself and get a glimpse into the largest and most detailed German vehicle database for EES values. In addition, there are various licensing models to choose from.

Consulting on Crash Reconstruction

Are you unsure which scope of reconstruction is right for your needs? We can advise you on methodology, data sources, and the appropriate service package—from an overview reconstruction to a detailed analysis in PCM or OpenX format.

We support you in analysing, interpreting and preparing scenarios specifically for simulation, testing and research applications.

Team at a meeting table with laptops and notes

Your contact for reconstruction

Portrait Head of Projects and Services Thomas Unger

If you would like to learn more about how our scenarios are used or about our services at, Thomas Unger will be happy to assist you.

Phone: 0351 438989-35
Email: thomas.unger@vufo.de

Request an Accident Reconstruction

Send us an uncomplicated and non-binding inquiry. We will get back to you as soon as possible.

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