Leonardo S Machines

Presents diagrams of inventions from the drawings in Leonardo da Vinci's original notebooks, categorizing them into flying, war, and hydraulic machines and detailing how each invention would work.

Leonardo nasconde un segreto? In realtà ne nasconde molti, basta cercare nelle pagine dei suoi codici, nelle migliaia di disegni di macchine o di parti di esse che quei codici contengono. Misteri e segreti che in questo libro vengono alla luce nella loro realtà progettuale. Dalle descrizioni e dai disegni dello scienziato, attraverso la rielaborazione digitale riemergono nella loro compiutezza e funzionalità imbarcazioni corazzate, argani e macchinari destinati al volo, alla guerra, al lavoro, alle imprese idrauliche. Un'operazione di ricostruzione virtuale che ha richiesto anni di studi e di applicazione e ha ottenuto il risultato di rendere accessibili le invenzioni nascoste tra le pagine dei codici leonardeschi.

The remarkable machines of Leonardo da Vinci are reimagined as five 3-D pop-ups in this illustrated journal based on his own writings and sketches. Leonardo da Vinci, one of the most extraordinary thinkers in history, sketched and wrote about many innovative machines that were hundreds of years ahead of their time but were never built during his lifetime. Now, in this remarkable book, readers are presented with five of his most famous inventions, realized as 3-D pop-ups with moving parts. Each reimagined invention is accompanied by text and illustrations drawn from da Vinci’s personal journals, providing insight into the ideas and visions of this Renaissance genius.

Painter, architect, scientist, inventor—Leonardo da Vinci ranks as history's consummate innovator. Consumed with a boundless desire for knowledge, he investigated technical challenges that were hundreds of years ahead of his time. The power of flight was a particular source of fascination for him, and his close studies of bird anatomy and movement informed his development of the ornithopter — a winged, human-powered aircraft. With Leonardo's da Vinci's Flying Machine, you can create a fully working model of the inventor's amazing creation. This self-contained model kit features a 48-page book with details from Leonardo's notebooks plus full-color, easily joined components. Once assembled, the wings flap by turning a crank. Like the prototype, your model won't actually fly, but you'll have an amazing replica of one of the Renaissance genius's most famous futuristic inventions.

Amazing Leonardo da Vinci Inventions You Can Build Yourself introduces readers to the life, world, and incredible mind of Leonardo da Vinci through hands-on building projects that explore his invention ideas. Most of Leonardo's inventions were never made in his lifetime—they remained sketches in his famous notebooks. Amazing Leonardo da Vinci Inventions You Can Build Yourself shows you how to bring these ideas to life using common household supplies. Detailed step-by-step instructions, diagrams, and templates for creating each project combine with historical facts and anecdotes, biographies and trivia about the real-life models for each project. Together they give kids a first-hand look into the amazing mind of one the world’s greatest inventors.

"The book focuses on the role of Leonardo da Vinci projects and inventions, specifically the interdisciplinarity of his studies that represents perhaps the first example of the paradigm of complex systems engineering. The projects are characterized within a modern conception of his thinking, looking at the main motivations behind his machines. The book also proposes a set of experimental realizations of the models made mainly in wood, using the actual concept of automatic control and microcontroller technology emphasizing that the Leonardo machines can be seen in agreement with modern current technology. The remote control of each machine is considered and the behavior of each monitored. Machines are revisited based on the transmission principle that adopts microcontrollers and bluetooth devices, studying the equipment behind the actuation of the systems. Thus, the paradigm of each machine is maintained unaltered while the latest technologies show the relevance of such inventions in the modern era. The study also stimulated more applications and future projects that can start from the original Leonardo projects and then proceed to the next centuries, providing readers simple and efficient ideas to innovate his projects using modern low-cost microcontrollers"--