Expert perspectives on automotive engineering, materials science, and product liability from 40+ years of industry experience.
The "state of the art" defense stands as one of the most formidable barriers to recovery in automotive product liability litigation. Manufacturers frequently argue that their designs reflected...
In automotive product liability litigation involving plastic components, the ability to trace materials from raw resin to finished part often proves decisive. When components fail, questions...
Over the past four decades, the landscape of product liability litigation has been reshaped by a sustained movement toward "tort reform"—legislative and judicial efforts to limit perceived excesses...
Modern vehicles contain thousands of plastic components sourced from multiple tiers of suppliers, often crossing international boundaries and undergoing various manufacturing processes before final...
Automotive manufacturers have relied on robotics since 1961, when the Unimate became the first industrial robot unloading hot die-cast parts at GM's Inland Fisher Guide Plant in New Jersey. Today's...
When an automotive manufacturer issues a safety recall, it initiates a complex sequence of public disclosures, regulatory filings, and remedial actions. These communications—particularly the formal...
Additive manufacturing AM, commonly known as 3D printing, has transformed automotive design and production since its inception in the early 1980s. From rapid prototyping to end-use metal parts, its...
The color of automotive components isn't merely aesthetic—it's a complex engineering decision with profound legal implications. When colorants fade, crack, or degrade prematurely, manufacturers...
Automotive plastics drive innovation—from lightweight bumpers to under-hood brackets—but each resin choice carries distinct mechanical behaviors, compliance obligations, and potential liability...
Since Toyota pioneered the kanban system in the 1950s, Just-In-Time JIT inventory management has transformed automotive manufacturing, minimizing carrying costs and streamlining production. But...
The scientific analysis of polymers and pigments plays a pivotal role in automotive product liability litigation, often determining whether a case proceeds or resolves before trial. However, the...
When automotive plastic components fail catastrophically, the aftermath often extends beyond the immediate safety concerns to complex litigation involving manufacturers, suppliers, and consumers....
Virtual-cycle digital twins—digital replicas of physical products that evolve with real-time data—promise radical transformation in automotive development cycles. By simulating real-world...
When plastic components fail, metal structures fracture, or electronic systems malfunction, the ensuing litigation often hinges on expert testimony to explain complex engineering and materials...
In automotive product liability litigation, courts have developed two principal frameworks for evaluating design defect claims: the risk-utility test often implemented through cost-benefit analysis...
Automotive manufacturers often invest millions in regulatory compliance, meticulously checking boxes on Federal Motor Vehicle Safety Standards FMVSS, emissions requirements, and certification...
The automotive industry's push toward sustainability has accelerated the adoption of bioplastics—polymers derived wholly or partially from biological sources such as cornstarch, sugarcane, or...
As vehicles have evolved from primarily mechanical systems to complex electronic networks, the nature of automotive product liability has transformed in parallel. Nowhere is this shift more evident...
The automotive industry's relentless drive toward lighter, stronger, and more energy-efficient vehicles has accelerated the adoption of advanced joining technologies. Structural adhesives,...
The Federal Motor Vehicle Safety Standards FMVSS establish minimum performance requirements for vehicle safety components and systems. However, the relationship between these federal standards and...
