Engineered for Speed: The Physics of Racing and Cars is a fact-based exploration of how racing speed is created, controlled, measured, and survived. From the earliest automobiles fighting friction and weak brakes to modern hybrid, electric, aerodynamic, and data-driven racing machines, this book follows the engineering principles that turn energy into lap time.
Written in a clear narrative style, it explains torque, horsepower, combustion, chassis design, tires, braking, suspension, weight transfer, aerodynamics, downforce, ground effect, materials, heat, fuel, hybrid systems, electric racing, driver control, racing lines, telemetry, safety, regulations, endurance racing, rallying, stock cars, and the future of speed. The result is a complete, accessible guide to motorsport as a practical laboratory where physics becomes visible.
For readers interested in racing, cars, engineering, vehicle dynamics, Formula 1, endurance racing, rallying, NASCAR, electric vehicles, or automotive history, this book shows why speed is never accidental. It is engineered.
Trademark Disclaimer
All trademarks, service marks, trade names, racing series names, manufacturer names, vehicle model names, logos, and brand names mentioned in this book are the property of their respective owners. Their use is for identification, historical reference, commentary, and factual discussion only. This book is not affiliated with, sponsored by, endorsed by, or approved by any automobile manufacturer, racing team, racing series, sanctioning body, trademark owner, or other rights holder mentioned herein.
