Does China need to make war robots?

Don't say that we don't have the perfect technology, and the maintenance cost will be a problem in the future.

In China, there are many people, and there are not afraid of the dead, how expensive the robot is!

Yes, the lack of core components is a dilemma and the key to domestic industrial robots, so China's industrial robots can not fully realize comprehensive independent intellectual property rights. As early as 2014, Wang Ruixiang, then president of China's Machinery Industry Federation, showed that China has become the world's largest industrial robot market. However, according to the market share of China's industrial robots in 2017, the domestic and foreign robot markets are still firmly controlled by Japan's Yaskawa Electric (Yaskawa), Fanuc, Germany's Kuka, and Switzerland's ABB "four families".

The domestic robot market share is only. Most of these competitions are concentrated in low-end areas, and the market share of domestic industrial robots in high-end areas is less than 5%. It can be seen that compared with international counterparts, domestic robot companies have a low market share at home and abroad, and there is still a large gap in the level of technical inspection.

The current situation of robotics technology and industry in China is not optimistic. At present, 80% of China's robots are imported, and about less than 10% are OEM by Foxconn. For a certain kind of robot, the production cost in China was originally 250,000 units, but now it is 220,000 units; Japan makes the same robot, the cost is only 150,000 or 160,000.

Regarding machine substitution, the use rate of robots in Japan is about 10 times higher than that in China. The core components are all imported, and the cost of the core components sold to Japanese companies in Europe and the United States is one-half of the cost of the three socks sold to Chinese companies, and China has to use three times the cost to buy core components.

Summary. Hello dear I am happy to answer for you, China is still very advanced in the electronics industry, so it is not difficult for China to make its own robots.

Hello dear I am happy to answer for you, China is still very advanced in the electronics industry, so it is not difficult for China to make its own robots.

It's just that the lack of core components is the dilemma and key to domestic industrial robots, so China's industrial robots can not fully realize comprehensive independent intellectual property rights. Many robot manufacturers have responded that the main problem of domestic robots is that the core components can only be imported, the cost cannot be reduced, and it is difficult to form mass production. Even for robots that are successfully sold, important components are imported.

Only a few companies have the ability to achieve independent research and development of a certain type of parts, resulting in their sales being higher than foreign products. A vicious circle in the market.

How can the heavy weapon of the country be "stuck" by others?Localizing and high-end these core components, increasing R&D investment, and improving core technical capabilities are the key factors to break through the dilemma of domestic robots and the rise of national robot brands. They are also the only way for domestic robots to rise.

Only in this way can domestic industrial robots reduce manufacturing costs, maintain good stability and brand reputation, and comprehensively improve the market competitiveness of China and even the world.

Already in use, you can take a look at Japan. United States.

Hmph, no one in the United States does this, how expensive is a drone, China has people, and it is cheap, and anyone who understands knows which one is easy to use.

It can only be said that the level is very low, and in a country with a population of 1.3 billion, there is basically no need to develop unmanned equipment...

You can search on the military network.

Maybe our country is worse than that, but this should be the special forces of the United States.

Fighting robots. Generally speaking, the most recognized origin is the first Robot Wars Us held in San Francisco in 1994. The event was founded by Mark Thorpe, and the inspiration was the "unexpectedly violent outcome" that occurred when he built a remote-controlled vacuum cleaner in 1992.

The venue for the first edition of the Robot Arena was very modest, with a total of three divisions: lightweight, middleweight and heavyweight, although it seems that the competition was still very beginner. But the event itself still garnered a decent level of attention.

Combat effectiveness is comparable to that of Wolverine.

Check out Ellis Ware. Will dropped out of school at the age of 15 and became a self-taught engineer four years later. Using cutting-edge technology, he has developed advanced fighting robots.

Later this month, Will will bring his robot to the BBC's TV show "Robot Wars".

The product he developed was dangerous, so the show's producers needed to install bulletproof glass around the state shield arena to protect the audience in the auditorium.

Robots, as the name suggests, are people made of machines, and military robots are robots used for military purposes.

As early as World War II, the German Army had developed about 5,000 unmanned tanks. They control the tank's movement via wires or via radio, and use the explosives it carries to destroy the opposing defenses. This is the prototype of modern military robots.

By 1985, U.S. Navy forces were using robots to clean and salvage sunken ships on the seabed. Equipped with a technologically advanced signal sensing system, this military robot is capable of underwater reconnaissance, mine clearance and a variety of dangerous tasks that are difficult for human labor.

In 1966, the U.S. Navy used the robot "Kovo" to dive to the bottom of the sea at a depth of 750 meters and successfully salvage a lost hydrogen bomb?

There is a robot known as the "wheel barrel", which participated in an anti-terrorist struggle during his service in the British Army, and repeatedly eliminated car bombs set by **** to ensure the safety of people's lives?

A stationary defense robot is a combat robot that looks like a "rivet" and is equipped with a target detection system? All kinds of ** and ** control systems, fixed configuration at the front of the defensive position, mainly to perform defensive combat missions? When invincible, the robot hides into a semi-underground state; When the target detection system detects the enemy's impact, it quickly drills out of the ground to resist the attacking enemy by means of lifting devices?

The Odettex walking robot developed by the United States is mainly used for mobile warfare? It resembles an octopus, with a round "head" equipped with a microcomputer and various sensors and detectors, which can identify the terrain on its own, identify targets, and direct actions? As long as you give it some ** equipment, you can immediately become a "warrior" in a certain department

In 1991, the United States began to use robots to clean the scene? Such robots are equipped with mine detectors and mine neutralization devices, and are mainly used to assist attack detachments in opening paths and marking various minefields? Therefore, this type of robot is also called a demining robot?

A traffic police battlefield robot developed in the United States, which is equipped with a variety of sensors that can be used to detect buildings? Bunker? mines in tunnels, etc.; The Bee mine controller has a fast flight speed, can quickly and accurately detect the location of the mine, and detonate the mine with its own equipment?

The tactical reconnaissance robot is mainly attached to the reconnaissance detachment, serving as a reconnaissance mission in front or behind enemy lines, and is a small humanoid intelligent robot equipped with infantry reconnaissance radar, or infrared? Electromagnetism? Optics?

Sound sensors and radio and fiber-optic communication equipment can not only rely on their own mobile capabilities to conduct observation and reconnaissance independently, but also through airdrops? Projectile to the depth of the enemy, select the appropriate position for reconnaissance, and be able to report the results of reconnaissance to the relevant departments in a timely manner?

With the development of science and technology, will the functions of robots be continuously improved? Putting a microprocessor on a robot can make the robot have a brain? Eye? Ear? Mouth? Hands and feet, to become an advanced intelligent robot?

War robots.

The Chinese love peace and don't like war, so why study this thing? What's more, this kind of science fiction thing, we have it!