Truck Accident Reconstruction

Truck Accident Reconstruction

Truck Accident Reconstruction

Reconstruction applies physics and engineering to establish speeds, positions, timing, braking, and impact sequence. Inputs include scene measurements, tire and gouge marks, crush profiles, vehicle weights and load distribution, ECM and telematics data, and video.

Heavy vehicle reconstruction differs from passenger car analysis because of mass, braking distance, trailer dynamics, and load shift considerations.

Alternative Names:

Commercial Vehicle Reconstruction, Heavy Truck Reconstruction

Why it Matters?

Reconstruction is where liability is usually won or lost in a serious trucking case, and its persuasiveness now depends heavily on consistency with recorded data. An expert whose speed calculation conflicts with ECM output faces a difficult cross-examination and a plausible Daubert challenge, which is why early data preservation and reconstruction work should proceed together rather than sequentially.

Frequently Confused with

Related terms

Frequently asked questions

What data does a reconstructionist need?

What data does a reconstructionist need?

Scene measurements and photographs, both vehicles or documented inspections, ECM and EDR downloads, telematics and video, vehicle specifications, and load weight and distribution records.

How does electronic data affect reconstruction?

How does electronic data affect reconstruction?

It constrains it. Recorded speed and braking values narrow the range of defensible opinions, and an opinion inconsistent with the data is vulnerable on both cross-examination and admissibility.