Injury Analysis
The science of linking crash forces to occupant injuries. Covers soft tissue injury probability, spinal injury biomechanics, and low-speed collision analysis.
Biomechanics Expert Witness: When to Hire One and What They Do
A biomechanics expert witness can make or break an injury case, but most attorneys and adjusters don't bring one in until it's too late. Here's what they actually do, when you need one, and how AI-driven analysis is changing the economics of biomechanical testimony.
Low Impact Collision Defense Strategy: Building MIST Cases with Delta-V
A strong low impact collision defense strategy starts with physics, not opinion. Here's how Delta-V data, crash pulse analysis, and biomechanical modeling give claims professionals and defense attorneys the evidence they need to evaluate MIST claims objectively.
Car Accident Injury Documentation for Claims
Proper car accident injury documentation for claims requires more than medical records. Here's how to connect crash physics to claimed injuries using biomechanical analysis, and why that connection makes or breaks claim outcomes.
Low Speed Car Crashes: Minor Damage Doesn't Mean Minor Injuries
A low speed car crash with barely a dent can still produce serious injuries. Here's the biomechanics behind why, and how claims professionals and attorneys get the analysis wrong when they equate cosmetic damage with occupant risk.
G-Forces in Car Accidents: Proving Soft Tissue Injury Claims
Soft tissue injuries are the most disputed claims in auto insurance, but g-force data tells the story that MRIs can't. Here's how crash physics provides objective, courtroom-ready proof of what an occupant's body actually experienced.