Ferrari. Sculpting Speed, Power, and Elegance (Deluxe Edition)
Recommended retail price: €99,00
Ferrari. Sculpting Speed, Power, and Elegance (Deluxe Edition)
Author: Patricia López
The ultimate tribute to Ferrari – speed, power, and elegance captured in a luxurious collector’s edition.
Ferrari. Sculpting Speed, Power, and Elegance (Deluxe Edition) allows you to experience the world of Ferrari like never before. This exclusive coffee table book brings the passion and perfection of the iconic Italian automotive brand to life with breathtaking photography, rare design drawings, and untold stories behind the world's most famous supercars.
The deluxe edition is bound in premium leather with sophisticated embossing and exudes the same elegance and craftsmanship as the cars themselves. From groundbreaking innovations to the timeless beauty of Ferrari's design, every page breathes speed, power, and Italian class.
With unique insights and visual splendor, this book is an absolute must-have for car enthusiasts and collectors. This limited edition is not only a tribute to Ferrari's rich history but also a statement piece for any collection.
Why this book is special:
- Deluxe collector's edition bound in leather with embossing and presented in a beautiful red box
- Includes rare design drawings and untold stories
- A visual journey through Ferrari’s innovation, speed, and design
- Limited edition – ideal for car enthusiasts and collectors
About the author
Patricia López is a young Spanish editor and designer with a distinct sense of aesthetics and contemporary design. Her work is characterized by a fresh, refined approach that combines carefully curated content with strong visual storytelling.
With a growing reputation in the world of architecture, design, and lifestyle publications, López brings a modern, precise, and sensitive vision to every project. In Ferrari. Sculpting Speed, Power, and Elegance, she translates the essence of the Ferrari brand into an elegant and timeless book, where form, content, and emotion perfectly converge.