Forensic Engineering Application of the Matchmoving Process


  • Richard M. Ziernicki
  • Angelos G. Leiloglo
  • Taylor Spiegelberg
  • Kurt Twigg



Matchmoving, photogrammetry, on-board video, photo-match, high-definition scanning, body-worn cameras, police cruiser cameras, drone video footage, accident reconstruction, lens distortion correction, SynthEyes, PFTrack, Boujou, forensic engineering


This paper presents a methodology that uses the photogrammetric process of matchmoving for analyzing objects (vehicles, pedestrians, etc.) visible in video captured by moving cameras. Matchmoving is an established scientific process that is used to calibrate a virtual camera to “match” the movement and optic properties of the real-world camera that captured the video. High-definition 3D laser scanning technology makes it possible to accurately perform the matchmoving process and evaluate the results. Once a virtual camera is accurately calibrated, moving objects visible in the video can be tracked or matched to determine their position, orientation, path, speed, and acceleration. Specific applications of the matchmoving methodology are presented and discussed in this paper and include analysis performed on video footage from a metro bus on-board camera, police officer body-worn camera footage, and race track video footage captured by a drone. In all cases, the matchmoving process yielded highly accurate camera calibrations and allowed forensic investigators to accurately determine and evaluate the dynamics of moving objects depicted in the video.




How to Cite

Ziernicki, Richard M., Angelos G. Leiloglo, Taylor Spiegelberg, and Kurt Twigg. 2018. “Forensic Engineering Application of the Matchmoving Process”. Journal of the National Academy of Forensic Engineers 35 (2).




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