High School Graduate Institute of Advanced Education in Aerospace Sciences, which created the “aircrafts” research aircraft to be sponsored and cooperated by the Boeing Company, the first four rotary-wing developer in China, the third rotary-wing inventor, the participating major aircraft C919 in gas research design, and the R&D programme for the Air Dynamics Institute of the Air Industry of China.

From 4 to 5 May, the R&C Consortium launched a branding declaration, “The People of Aircraft to Land”, which addressed the issue of “Why to the People of Aircraft to Demonstration”, two of which, from the perspective of the founders of the enterprise, described his own story as a man who had a nightmare of the aircraft and was personally involved in the manufacture of the aircraft, resolved to use sophisticated aircraft science and technology for inclusion in life, and answered the question of “what is worth doing what it is”.

Why is it not for a group of aircraft to decide to go to the land?

After all, his small dream was “to give China the best aircraft in the world” and was put into the ideal practice of the University of Chianghua following its entry into the University’s Aerospace Academy.

In 2007, it was one of the first four rotary-wing unmanned aerial developers in China.

In 2009, the 22-year-old Shoah, as inventor, became the first in the world to make three rotary wings.

At the same time, it began to participate in the Chinese aircraft manufacturing industry process. In December 2022, C919, a national aircraft was delivered, and the sky was involved in aerodynamic design. He has also designed a programme for the Air Dynamics Institute of the Air Industry of China as a candidate for the next generation.

It was not considered sufficient to do so, and he hoped that it would be possible to lead the “aircrafts”. We have decided to establish a scientific and technological organization at the University of Chianghua to allow those most interested in the aircraft to work together. As a result, the largest scientific and technological organization in the University of Chiang Mai was created.

The Aerospace complex, which brings together elites from different faculties of the University of Chianghua, different professional fields, not just aerospace, but also young poles from the computer and electronic structure, joins a research aircraft.

Shortly, the young people were accredited to the scientific and technical aspects of the aircraft and to the aeroplanes, and they were sponsored by the Space giants Proclamation Company to begin research design work on various new aircraft in cooperation with Boeing.

The “airworkshop” also served as a founding team for scientific and technological recovery. In 2015, the plane population decided to clean it. It was felt that moving to “clean” was not a departure from previous dreams.

“It is now going to be done by using the technology of the aircraft to clean the ground, and I want to use cutting-edge science and technology to make every small family more happy, as if it were small, but I think it is also a living event.” “There is nothing to live, clean is a major concern for the happiness of every family life, even the source of many families, who go to the cradle and who gets to the bow.”

In the past few years, the awareness of users of smart cleaning products has improved, thanks to the continuous efforts of intelligent cleaner industries. At the same time, the technology, function and function of some of the smart cleaning products are uneven. For example, sweepers, some of the obstacles encountered in cleaning, some of them were cut off because of inadequate intake and the inability to clean up the corner.

These problems require better technical capacity and more sophisticated product capacity.

In the branding of the brand of the branding: “There can be an increase of 1cm thick carpet without making it dirty, and why do not go to trial, provided that it is put up by 2cm? “When the 4cm `hands’ from the machine can be completely cleaned up to 15 per cent of the corner of the border, why is it not done”?

The use of cutting-edge technologies and resolves of aircraft for smart cleaning products, the application of cutting-edge science and technology to life products, can lead to an upgrading of lifestyle for users; for families, a sense of living well; for industries, a compulsory course in the intelligent cleaning industry and a necessary path for the development of industries.

Thus, the people of the aircraft wanted to go to the ground and the scientific and technological answer was given.

Global Maada Technology First, the pursuit of aircraft science and technology for industrial change

In participating in the research and development of aircraft, it began to realize that, rather than saying that its dream was a “aircraft”, science and technology were constantly being explored.

“I want to do a world-class scientific and technological company that serves thousands of households — to use science and technology to liberate people’s hands, so that more creative things can be done.”

Thus, when studying the power of aircraft, it was thought that “the front-end, front-line science and technology could not be used to improve the lives of everyone”. Shortly, it has chosen high-speed Mada as a breakthrough.

Mada, a core energy source for household cleaning products, is a heart that determines clean capacity and clean efficiency.

The high-speed Mada rate for foreign manufacturers in 2015 has already reached 100,000 minus minus minus minus minus 200,000 minus minus minus minus minus minus minus. As a result of the study, it was found that when the rapid rate of Manda was increased from 20,000 to minus minus minus minus minus minus minus minus, it could provide an increase of 25 times. Hundreds of times have increased their effectiveness and can change many things.

In the face of the huge technological divide, can the technology of aircraft not be used to capture the technology of Kanda?

In the two years that began in 2015, a group of poles and sky craftsmen was buried in the technical challenge of high-speed digital Mada.

In 2017, the pioneering team in science and technology was successful and the high-speed figure Maada succeeded in breaking the 100,000-minute cycle, followed by a turnaround of 125,000/minutes for international manufacturers.

At the international level, the pursuit of science and technology has not stopped on foot and continues to carry out a new height of 150,000 m/minute.

“As of the 150,000 turns, no one has come, because the highest rate of the global transition is 125,000, with great pride, “we have done with Chinese suppliers”.

The pursuit of science and technology, with Chinese suppliers, in pursuit of high-speed Mada technology, not only ensures the core competitiveness of science and technology in its own market, but also leads to the upgrading of the Chinese high-speed Mada market supply chain to promote changes in the high-speed Malada industry. For example, now