5 Game-Changing New Vehicle Design Books for 2025

Witold Rybczynski draws on his extensive background in architecture and urbanism to trace the evolution of car design over 170 years, revealing how technology, culture, and national identity have shaped the automobile. You’ll gain insight into pivotal innovations like the electric starter and rack-and-pinion steering, alongside the cultural significance of models such as the Ford Model T and the VW bus. Chapters on streamlined sports cars and the rise of electric vehicles offer a nuanced view of design trends and engineering breakthroughs. This book suits those curious about how design and engineering intersect to define automotive history and culture.

After decades at Ford Motor Company and academic roles at University of Michigan-Dearborn, Vivek D. Bhise brings a deep industrial and engineering perspective to vehicle ergonomics. You explore how ergonomic principles shape every aspect of automotive design—from handling and safety to infotainment and emissions—with detailed evaluation techniques that anticipate costly errors. Bhise’s approach intertwines systems engineering with ergonomics, especially in emerging electric vehicle development, making it relevant for multidisciplinary teams. If you’re involved in automotive design, engineering, or human factors, this book offers concrete frameworks and methods to align product attributes with user needs and production realities.

This tailored book explores the latest developments and innovative approaches in vehicle design for 2025, focusing on the breakthroughs shaping the future of automotive engineering. It covers emerging technologies including advanced aerodynamics, electric drivetrains, and ergonomic integration, matching your background and interests to provide a focused exploration. By examining specific subtopics you select, the content addresses your unique goals while revealing fresh insights and discoveries that keep you ahead in this dynamic field. This personalized guide offers a deep dive into cutting-edge concepts and design philosophies, crafted to engage and expand your understanding of modern vehicle design innovation.

Krishan Arora and his co-authors bring their expertise in automotive engineering to this focused exploration of electric vehicle (EV) design, blending theoretical foundations with practical simulations. You’ll gain detailed insights into the architecture and control strategies of hybrid and battery electric vehicles, including fuel cells and plug-in hybrids, supported by mathematical modeling and real-world design examples. The chapters on advanced electrical machines and optimization offer concrete tools to tackle EV performance challenges. If your work or study involves EV development or you’re keen to understand the evolving technologies behind clean transportation, this book delivers a thorough technical grounding without unnecessary fluff.

Drawing from their expertise in aerospace engineering, T. Hikmet Karakoc and Emre Özbek offer a focused introduction to unmanned aerial systems technology. You gain detailed insights into design principles, system components, and control mechanisms essential for developing UAS platforms. The book also navigates regulatory frameworks and ethical considerations, which are critical for operating within evolving legal landscapes. If you're an aviation student, engineer, or drone enthusiast, this text equips you with foundational knowledge and context needed to understand both technical and operational aspects of unmanned flight. However, if you're seeking advanced aerodynamics or software coding, this primer serves best as a solid starting point rather than a deep dive.

When Julian Edgar, a seasoned automotive writer and technical enthusiast with decades of hands-on experience, took on vehicle aerodynamics, he brought a unique blend of practical innovation and deep technical insight. This book guides you through modifying and measuring your car's aerodynamic characteristics using accessible methods, from reducing drag and lift to optimizing airflow through coolers. You’ll encounter real techniques for testing undertrays, wings, and spoilers, supported by contributions from aerodynamicists at Tesla, Porsche, and Jaguar. If you want to improve your vehicle’s performance without relying solely on wind tunnels or CFD, this is a thorough manual tailored for both hobbyists and professionals.

This personalized book explores the rapidly evolving landscape of vehicle design, focusing on the emerging trends and innovations shaping 2025 and beyond. It covers critical areas such as aerodynamic advancements, electric drivetrain integration, and ergonomic considerations, matching your background and specific interests to provide a tailored learning experience. With a focus on the newest discoveries, this book examines how next-generation technologies influence design decisions and challenges. By addressing your unique goals, it reveals insights into sustainable solutions, material innovations, and the latest research, helping you stay ahead in this dynamic field. The content is crafted to align with your expertise, offering a custom exploration of future vehicle design possibilities.