Mercedes-AMG GT3 Engineering: Mercedes-AMG GT3 Engineering A Technical Guide to Aerodynamics, Hybrid Power Units, Chassis Design, and Performance

Mercedes-AMG GT3 Engineering offers a technical exploration of high-performance race-car development, using the Mercedes-AMG GT3 as the central platform for examining the technologies and design philosophies that define modern motorsport. From aerodynamic efficiency and downforce to hybrid power systems, chassis dynamics, suspension design, braking, tires, and performance optimization, this guide explores the engineering challenges involved in creating a competitive GT3 race car.

Inside, readers will explore:

Race-car aerodynamics and the development of downforce, drag, airflow management, and aerodynamic balance

Hybrid powertrain technology and the role of electrification in modern performance vehicles

Engine and power-unit engineering, including power delivery, thermal management, and efficiency

Chassis and suspension design for handling, stability, traction, and cornering performance

Vehicle dynamics and the relationship between weight distribution, grip, balance, and lap times

Braking and tire performance under demanding racing conditions

Data-driven performance analysis and the engineering principles used to optimize a race car

Motorsport development strategies for improving speed, reliability, efficiency, and consistency

Whether you are an automotive enthusiast, motorsport fan, engineering student, aspiring race engineer, or simply fascinated by high-performance vehicles, this book provides an engaging technical look at the systems and principles behind modern GT racing.

Explore the technology, engineering, and performance philosophy that turn a high-performance sports car into a purpose-built racing machine.