Design Trade-Offs & Optimization Limits

What Uber and taxi fleets know about your car that the reviewers won’t tell you.

The information asymmetry between you and the manufacturer — and the one actor who can close it

What happens when you run a battery electric vehicle for 400,000 kilometres in four years? The fleet data is just coming in — and it’s rewriting everything the industry thought it knew.

Why the world’s most admired luxury brands fail the only durability test that matters

What 300,000 kilometres actually does to a car — and why 'boring' wins

Why a Manhattan taxi’s odometer means more than a manufacturer’s press release

A three-part series examining how vehicle engineering decisions create legacy lock-in, economic distortion, and environmental displacement.

Examines the displacement of environmental and economic costs from the vehicle’s operation to its manufacturing and disposal phases.

Analyzes how serviceability choices, parts supply chains, and right-to-repair policies determine whether a durable design can actually survive.

Explores the fundamental engineering trade-off between designing for longevity and optimizing for cost, fuel efficiency, and regulatory compliance.