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Mobile high-Resolution 3D-Scanner and 3D data analysis for forensic evidence

Brief Summary:

3D-Forensics developed a prototype mobile high resolution 3D-scanner and 3D data analysis software for forensic evidence to record and analyse footwear and tyre impressions as well as profiles left at crime scenes in 3D and colour with optical scanning technology. The scanner is designed as a handheld device which can be used outdoors with battery power. The scans provide highly resolved 3D point clouds and colour images are taken simultaneously with an attachable high resolution camera. The colour images are mapped onto the 3D point cloud. The integrated 3D measurement and colour data can then be analysed with a set of software tools to investigate characteristics of the footwear and tyre impressions. The software has been designed to allow an analysis of the new 3D data in a way in which forensic experts are used to working with traditional techniques. The raw data is never changed and all analysis steps can be undone so analysis can be undertaken by multiple experts. A workflow and methods have been implemented to ensure the integrity of the data.

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Project details:

Framework Programme 7 – Security
1 May 2013 – 31 August 2015
Budget:  € 1.770.435,00


Published Articles:

  • Stephen Crabbe, Peter Kühmstedt, Giorgio Maria Vassena, Willem van Spanje, Andre Hendrix, “3D-Forensics – Mobile high-resolution 3D-Scanner and 3D data analysis for forensic evidence” (ENG)  >> Download
  • Stephen Crabbe, Peter Kühmstedt, Roland Ramm, Andre Hendrix, Peter Smolders, Willem van Spanje, Boreas Hesselink, Giorgio Maria Vassena, Matteo Sgrenzaroli, Max Lucas, Marc Oberholzer, “Results from 3D-Forensics – Mobile high-resolution 3D-Scanner and 3D data analysis for forensic evidence” (ENG) >> Download