Crash Reconstruction
In-depth analysis on how modern crash reconstruction works — from photo-based Delta-V estimation to event data recorder interpretation. Written for adjusters, PI attorneys, and reconstructionists.
Comparative Fault Percentage Calculation: How Physics Assigns Blame in Crashes
Comparative fault percentage calculation in accidents isn't just a legal exercise. It's a physics problem. Here's how crash reconstruction data like Delta-V and PDOF actually drive the liability numbers that determine payouts.
G-Force Impact Analysis: Measuring Forces Your Client Actually Experienced
G-force impact analysis turns crash physics into evidence. Here's how claims professionals and attorneys can use g-force profiles, crash pulses, and Delta-V to connect vehicle damage to the forces an occupant actually experienced.
Sideswipe Accident Reconstruction: Fault in Side-Impact Crashes
Sideswipe collisions look minor but create some of the most disputed fault determinations in claims. Here's how physics-based reconstruction cuts through the he-said-she-said and gives adjusters and attorneys real answers.
Accident Reconstruction Software: Comparing Tools for Analysis
Not all accident reconstruction software is built the same. This comparison breaks down the tools professionals actually use, from legacy simulation platforms to AI-powered analysis, and what matters most when your report needs to hold up in court.
EDR Data Analysis: What the Black Box Actually Tells You
Event data recorders capture critical pre-crash data, but getting to that data isn't always easy or even possible. Here's what EDRs actually record, where they fall short, and how photo-based crash reconstruction can fill the gap.
Crash Test Analysis vs Real-World Accidents: What Data Reveals
Crash tests follow controlled protocols, but real-world collisions are messy, unpredictable, and rarely match textbook scenarios. Here's what the gap between lab data and actual accidents means for claims professionals, attorneys, and anyone trying to figure out what really happened in a crash.
Free Delta-V Calculator for Car Accident Analysis
Delta-V is the single most important number in any car accident analysis. We built a free calculator that estimates it from basic crash data, validated to 96% accuracy against NHTSA and IIHS benchmarks.
Truck Accident Reconstruction: Challenges and Methods
Truck accident reconstruction presents unique challenges that go far beyond scaling up a passenger car analysis. From weight disparities and EDR fragmentation to underride crashes and complex injury biomechanics, here's what claims professionals and attorneys need to know.
Motorcycle Accident Analysis: What the Physics Actually Tell Us
Motorcycle crashes don't behave like car-on-car collisions, and analyzing them requires a different set of physics. Here's how crash reconstruction and biomechanical analysis actually work for motorcycle accidents, from rider throw distance to injury causation.