Collision Reconstruction Consulting is committed to be fair, objective, & ethical in explaining our accident reconstruction findings and expert opinions.
Principal Engineer & Forensic Accident Reconstruction Expert
Mr. Felix Lee has over ten years of experience performing forensic engineering and accident reconstruction investigations. Throughout his career, Mr. Lee has been retained by attorneys and insurance companies to provide expert opinions through scientific analysis.
Mr. Lee holds a Master of Science (MS) degree in Mechanical Engineering from the University of California, Los Angeles (UCLA) and is a licensed Professional Engineer (PE) in California. He is a licensed Unmanned Aircraft Systems (i.e., drone) pilot through the Federal Aviation Administration and also certified for the operation of the English XL Variable Incident Tribometer.
Prior to founding Collision Reconstruction Consulting (CRC) in 2019, Mr. Lee was the Director of Accident Reconstruction at National Biomechanics Institute, Mechanical Engineer at CASE Forensics, and Project Engineer at MEA Forensics.
Felix Lee is the Forensic Accident Reconstruction Expert at Collision Reconstruction Consulting LLC, an accident reconstruction consulting firm in Los Angeles. Mr. Lee was previously Director of Accident Reconstruction at National Biomechanics Institute, Mechanical Engineer at CASE Forensics, and Project Engineer at MEA Forensic. Mr. Lee has a Master of Science (MS) degree in Mechanical Engineering from the University of California, Los Angeles (UCLA). Mr. Lee is a licensed Professional Engineer (PE) in California and an Unmanned Aircraft Systems (i.e. drone) pilot through the Federal Aviation Administration. Felix is also certified for the operation of the English XL Variable Incident Tribometer.
Analyze physical evidence to investigate how an incident occurred
Data retrieval & analysis of event Data Recorders (EDR) from passenger cars and heavy trucks
Visual & graphic explanation of collision through physics-based computer modeling
Determine contributing factors of collision by analyzing vehicle motion
Preserve time-sensitive evidence at accident scenes and involved vehicles
Provide expert testimony and litigation support in civil and criminal courts
Collision sequence, vehicle speed and dynamics, impact severity, delta-V, vehicle component failure analysis, surveillance video analysis, forensic engineering, vehicle and scene inspections, low speed collisions
Crash data retrieval and "black box" data analysis (passenger cars and heavy trucks). Click below to download a list of supported vehicles.
Visual explanation of how and why a vehicle collision occurred through physics-based computer modeling
Accident reconstruction experts often determine the impact severity of a vehicular collision in their forensic investigations. One common collision severity index is Delta-V (ΔV). The
Pedestrian collisions occur every day; in fact, a pedestrian is killed every 1.6 hours and injured every 7.5 minutes in traffic crashes. Accident reconstruction experts
Today, numerous cars and trucks record large amounts of electronic data that can be tapped into when determining the events leading up to a motor
