Developers: | Technical University of Munich (TUM) |
Date of the premiere of the system: | July, 2019 |
Branches: | Transport |
Technology: | Robotics |
Content |
2019: Demonstration of a system
In July, 2019 it became known that full-size airplanes for the first time began to make landing in the mode of a complete auto pilot — without support of the airports.
Completely the automatic landing system of aircrafts which received the name C2Land was developed in Technical University of Munich (TUM). The technology is designed to secure and simplify landing at the small airports.
Modern airplanes are equipped with auto pilots which allow not only to save a trajectory in flight, but also to come in the land thanks to so-called kurso-glide-path system (ILS). However the last works in sheaves with the airports — the rate of an airliner is constantly adjusted depending on signals of two land radio beacons.
But such system is provided not at all airports therefore in small airfields pilots should rely only on signals of GPS and also to be guided visually that can be heavy at night or in bad weather. Creators of C2Land tried to solve this problem.
A system looks for a runway the same as people: "eyes", using for this purpose visible and infrared cameras on an airplane nose. Algorithms of computer vision adjust a rate on the basis of GPS signals.
Development passed successful tests by real airplanes. The four-seater two-engine vessel Diamond DA42 took part in testing, and during the experiments at a steering wheel there was a pilot.
Cameras begin to distinguish a runway still far from the airport — the test pilot Thomas Vimmer who tested C2Land says. — Then a system makes completely automatic landing approach and precisely sets the airplane on the center line of a runway. |
System developers are sure that during an era of automation of flights their product will be very demanded.[1]
If the aircraft only begins to use a complete auto pilot, then Soviet Snow-storm is already recorded in the Guinness Book of Records as the only spaceship which during flight and landing was controlled exclusively on-board computer. It happened in 1988.
Robotics
- Robots (robotics)
- Robotics (world market)
- In the industry, medicine, fighting
- Service robots
- Collaborative robot, cobot (Collaborative robot, kobot)
- IoT - IIoT
- Artificial intelligence (AI, Artificial intelligence, AI)
- Artificial intelligence (market of Russia)
- In banks, medicine, radiology
- National Association of Participants of the Market of Robotics (NAPMR)
- Russian association of artificial intelligence
- National center of development of technologies and basic elements of robotics
- The international Center for robotics (IRC) based on NITU MISIS