JS Forensic Consulting, LLC

Provides complex three-dimensional accident reconstructions and simulations for passenger cars, commercial vehicles, motorcycles, farm equipment, and ATVs.

• Event Data Recorder (EDR/CDR) Analysis

  Retrieval and analysis of passenger vehicle and heavy commercial vehicle event data recorder information.

• 3D Computer Simulations

  Complex three-dimensional computer simulations and digital mapping to support accident analysis.

• Mechanical Component Inspection

  Mechanical inspections for component failure and driveability issues in various vehicle types.

Analyzes human perception, attention, response, and typical behavior as they relate to accident reconstruction and premises liability.

• Perception-Response Time Analysis

  Evaluation of human reaction and perception times during critical events.

• Behavior and Attention Evaluation

  Assessment of typical human behavior, driver attention, and response to signage or warning products.

Conducts complex visibility reconstructions to determine when pedestrians, vehicles, or objects become visible, specializing in night visibility, lighting, and retroreflective materials.

• Night Visibility and Lighting Analysis

  Studies on night visibility, lighting conditions, and the visibility of objects or stairs in low-light environments.

• Forensically Accurate Photography and Video

  Creation of forensically accurate nighttime or daytime photo and video reconstructions for demonstrative documentation.

• Retroreflective Material Analysis

  Analysis of retroreflective materials, including DOT-C2 tape, and driver detection distances.

Evaluates slip, trip, and fall incidents by looking at environmental conditions, lighting, and human behavior.

• Slip, Trip, and Fall Investigation

  Scientific analysis of walkway safety and fall incidents.

• Environmental Condition Evaluation

  Assessing physical site conditions, lighting, and surface characteristics at the scene of an incident.

Provides expert testimony and litigation support in accident reconstruction, human factors, and visibility analyses.