Real Vehicles Printed On The 3d-Printer

Several years ago, 3D-printers have very limited capacities and sizes. But now you can use them to print even the most complex and ambitious designers, such as cars and airplanes. Today we tell about some real vehicles, created using three-dimensional printers.

Cavity.

Cavity Printed on the 3D-printer skateboard. Standard modern skateboards have as a base seven-layer wooden board, which is attached to the wheel. The quality of the vehicle is heavily dependent on the level of pressing and bonding layers. But students of the University of California in partnership with Cavity Boards have developed a new technology to create these boards. They began to print them using the three-dimensional printer.

Board called Cavity became the first such sports equipment. It’s printed using lazer nospechennogo nylon. The first tests of this board professional skateboarder showed that she did not listen to them worse than the most expensive boards from top manufacturers.

3DP-F1.

3DP-F1 Printed on the 3D-printer bicycle. In April 2014 the Australian company Flying Machine printed on a three-dimensional printer, one of the world's first bike of this kind. The frame of the bike with the name of 3DP-F1 consists of titanium tubes, printed using said digital simulator.

Thus his bike 3DP-F1 was developed accordingly parameters Director of Flying Machine. Thus, the manufacturer wanted to show that people in the future thanks to the 3D-printer can receive vehicles that are ideal for each individual. However, their cost will not be much different from the serial products.

Energica Ego.

The world's first electric motorcycle printed on the 3D-printer. The vehicle with the name Energica Ego became the world's first electric motorcycle created using a three-dimensional printer. However, not all parts of the bike were printed in this manner. At the printers have only been made fairings, headlights and some other structural elements. Still, when it comes to high speeds, it is better to trust in the traditional rather than experimental technologies.

A Energica Ego can accelerate to a speed of 240 kilometers per hour. In this printed out using an innovative laser technology items promise to be as strong and resistant to changes in temperature and humidity.

Vagina Kayak.

This is one of the most unusual vehicles worldwide. This small sport boat is the famous author of the Japanese artist named Megumi Igarashi, implemented by means of the money collected on one of kraudfandingovyh sites.

Unusual this kayak in that it repeats its forms appearance of the vagina of the above artist. For its production she photographed her bosom, made on the basis of a three-dimensional image model genitals, and then for a few days printed on the 3D-printer, a boat with these unusual forms. With the help of his project Megumi Igarashi wanted to break through the information blockade in Japan relative to the vagina. Indeed, the very mention of the female body in the media and public debate in the Land of the Rising Sun is considered unacceptable.

Urbee Hybrid.

Printed on the 3D-printer car. And the world's first full-fledged car was printed on a three-dimensional printer back in 2010, when the technologies were just beginning to develop. So the appearance of a car with the name Urbee Hybrid was a breakthrough in the field of 3D-printing.

Sulsa.

The world's first aircraft printed on the 3D-printer. Unfortunately, the world does not yet exist created using a three-dimensional printer, even small airplanes full of civil aviation. There are still only small pilot drones. The first of these aircraft was Sulsa, which appeared in the summer of 2011.

With the help of the printer was printed only body Sulsa. The engine was put on it separately. And, despite the fact that far Sulsa in size and functionality to these aircraft, the aircraft became the first "child» 3D-printer, without help raised in the space

The world's first rocket, printed on 3D-printer. NASA for several years on the three-dimensional printer prints the individual parts of missiles and space equipment, but it is too early to talk about creating similarly full of devices for flight to orbit the Earth.

Anyway, the bigger missiles that can bring a man into space or tons of payload. But the British team of scientists and engineers created using the 3D-printer miniature spacecraft. It is expected that this missile will be launched into orbit in late 2014. First, it will rise to a height of about 20 km of the balloon, and then will fly on their own. For a while speeding up the rate of 1,600 kilometers per hour.