Edu-Toys Leonardo Da Vinci Great Kite

• Make a Da Vinci inspired flying machine.
• Inspired by the genius and drawings in the s of Leonardo Da Vinci.
• Snap-Together assembly.
• No glue required.
• Another fun, educational product from the company that brings you Snap Circuits.

Engino Solar Powered Cars Kit teaches inquisitive youngsters all about solar energy! As we seek to substitute fuels with alternative energy, one application will soon become a reality: solar power! Young inventors can now experiment with this technology using this hybrid Engino Kit that can run either with solar energy or with battery power. 8 models in all, plus the solar panel, motor module and handheld wired remote to bring the cars to life! 282 interlocking pieces in all. 20-page booklet with building instructions to make it surprisingly easy. Warning: Choking hazard, for children 8 and up. Order today! Engino Solar Powered Cars Kit; From the Manufacturer; Since scientists realized that our modern lifestyle is the major cause of global warming, they started to seek ways to substitute fuels with more clean energy sources, such as Solar energy. One application which will soon become a reality is that of solar cars. Young inventors can now experiment with this technology using this hybrid engine set. Engino Models can run either with solar energy or with battery power. This set also includes a wired RC handset and a 20-page booklet with building instructions for 8 Models. From the Manufacturer --------------------- The scientific genius of Leonardo da Vinci is brought to life in this easy to assemble snap-together plastic flying machine. Taken from the pages of da Vinci’s priceless and awe-inspiring s, this model is made of plastic and requires no special tools. The manual is very educational and teach how these inventions have evolved into what they are today. The genius Da Vinci drew inspiration for his work from his direct observation of the flight of a bird. Da Vinci described its dimensions, the materials with which it is to be built, and its shape and how it works, the whole revolves precisely around the construction and use of the machine. Da Vinci also imparted some “flying lessons" on how the pilot should operate the machine. The piloting must have been complex. He would use his hands and feet to activate ropes and could rotate, move and open and close the wings with his own movements. Da Vinci’s design is not drawn in its entirety. We must therefore reconstruct the indispensable parts. These include: the canvas to cover the wings, some articulations and pulleys, and the tail, which Da Vinci knew was indispensable for controlling the machine.