Leonardo da Vinci, engineer. He is the father of inventions as modern as the plane, the helicopter, the submarine or the automobile. Made of wood in its time or even mostly sketched extremely detailed, these machines were then not often functional, but already demonstrated his genius. Today, most of his projects have been put into practice and are now used by the vast majority of men.
Welcome in this Open Innovation project, to digitally reconstruct in 3D Leonardo DaVinci invention from his codex and put them into 3D Experiences.
With his innovative, engineering mind, passion for curiosity, Leonardo da Vinci had explored many areas of studies - inspiring artists, architects and engineers of all disciplines and industries (Aerospace & Defense, Transport & Mobility, High-Tech, AEC, Life Science, ...). He was able to look at the connection between multiple disciplines - combining Science with Art, Humanities with Technologies - was unique and key to his ability to invent.
The Open Innovation approach is bringing people from different background throughout the globe to share their knowledge. So if anyone can design Leonardo's machine in 3D, can we better understand the incredible patrimony he brought us?
The initiative has started in 2012 to reconstruct in 3D the machines. Even though most of them were genuine visionary creations, some would not be working properly in real life. By complementing the intelligence and vision of the human mind to modern software and hardware tools, we can have those strange machines come to virtual life and simulate their behavior! The bet at that time was to empower collective intelligence to gather passionates and designers through the social community and let them work together to achieve the goal. We had fantastic results over the time such those projects done during those challenges and have revealed talents and power makers.
Chuck Ridley, an American passionate worked on Worm Drive, Brian Law, a British citizen did the Mechanical Drum, Antonio Camberos, from Mexico design the Scythe Chariot in 3D, Alain Dugousset from France made the complet detailed design of the Battleship and Thibault Waltzer, the winner of the contest 2014 mixed two Da Vinci Concepts to create the "Flying Pack". Antonio Camberos, Vinay Reddy, Aleks Marjanovic, Namkarn Munprasit, Josue Blanco, Juan Mauricio Zaleta have greatly contributed to this open innovation project too.
This community was a perfect driver to prove that not only Wikipedia can work for collective crowdsourced projects but it can be applied also to science & technologies leveraging a rich media called 3D...
In addition, now the 3DEXPERIENCE platform with all kinematic, behavior, texturing, shading, ... the machines are available with our 3DPlay and in VR with Creative Experience. In large scale, you can immerse yourself in the experience of each machine. By a simple touch, you can live a dream.
Join our community to learn, discover and share knowledge of Leonardo’s works in Arts, Sciences and Technology. Become a contributor to this unique 3D Social Encyclopedia.
(Even if you are not an engineer), the inspirational work of Leonardo Da Vinci will open your eyes to a world of infinite possibility…
Using the 3DEXPERIENCE Platform for design & engineering users are able to recreate Da Vinci sketches and turn ideas into 3D Experiences, develop the Mechanical and System concept in 3D, with Geometry and Kinematic. To live the experience of the machine, the 3D Play and Creative Experience has been the must to make it real and validate each innovation of Da Vinci.
Look, this machine has been developed in the platform by Franck Lennon one of our key champion! It makes it real with its real environment at Clos Lucé Castle.
The Aerial Screw, how does it work?
The predecessor to the modern helicopter. Da Vinci's aerial Screw with a radius of 4.80 meters is made from linen stretched around metal wire. Its rotation is manually powered by turning wooden cranks around the central shaft or by the rapid unwinding of a cable around the shaft.
Passionate, experts, designers, engineers, Hobbyists, Historians, Mathematicians, FabLabs share Da Vinci’s innovations to experience 3D Machines in Virtual World, willing to contribute to an open innovation project.
Behind all successful products lie brilliant ideas. But in today's age of experience, those brilliant ideas are no longer exclusive to domain experts. The users of those future experiences, any inhabitant of our planet, can imagine sustainable innovations. The actual challenge is to find the appropriate mean to empower anyone with creative solutions.
The construction industry needs a digital revolution. Even though it is the world´s biggest employer, the industry has been posting profitability losses for over three decades.
Hunting for asteroids just became more accessible thanks to Open Space Agency's (OSA) Ultrascope, an automated robotic observatory that anyone can fabricate using a 3D printer. Budding astronomers receive, for as little as 750 USD, a starter kit containing the necessary components and the 3D models to print the chassis along with instructions to assemble the components together.
With studies estimating the annual number of deaths due to medical errors in the hundreds of thousands, the time has come to revise the way the medical profession gains knowledge and experience. Advances in 3D printing technology and virtual simulation are creating new opportunities to improve the quality of treatments and patient safety.
An alternative to the drifts of the programmed obsolescence. L’increvable is the idea of changing the way we design and consume products. Let’s take the example of a product you can find in quite every house: the washing machine. A washing machine average cost is 350€. It decreased across time, but the repair cost of the washing machine increased by 125% the last 20 years.
Civilian drones have been around for years offering people the opportunity to do what they cannot normally do from the ground. Aerial photography, rescue missions, agricultural monitoring, air pollution watch, and even the all new drone racing. Two types of drones are mainly used today. They are helicopter-like machines and airplane-like machines.
The satellite market has been disrupted by the miniaturization of the technology. Lots of small satellites have been created and they aim to provide data for Earth observation, surveillance, telecommunications, smart cities, connectivity, meteorology, emergency responses, ...
Aerospace companies are in the vortex of turbulent times.The speed and skill with which they adopt to the tumult will determine their fate. How can we help your aerospace company deliver more affordable products faster? How can you more efficiently integrate simulation and certification at every phase of a program to reduce costs and minimize risk?
Do you think your project is the next big thing?
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