Compared to starting with the Navy, the gold-swalking beast, it is relatively easier to start with the individual equipment of land combat. The shipyard is now under intense upgrades. It will take almost one or two years to complete the upgrade. Some objective conditions cannot be impatient, but the project must also make specific progress and time cannot be wasted.

Relatively speaking, it is much easier to develop nanotechnology for land combat equipment. It does not require a huge dock platform. It only requires a laboratory and a production workshop that can build a production line in the next two or three months. It is indeed more suitable to start with land combat equipment.

Li Chuan is not a dragging person. His style always goes as he thinks about it. He sits in front of the three fully transparent display panels in front of him and his brain runs rapidly like a supercomputer.

The mission plan for the development of top-secret military weapons and equipment of the "Nano Pioneers" formulated and delivered to Huasheng for implementation is the core of the mission to be based on nanotechnology. The military especially hopes that the troops can achieve the goal of physical invisibility through this high technology.

However, Li Chuan was obviously not satisfied with this. He quickly danced his fingers on the keyboard on the desktop. Xiaomu learned about his thoughts through some information language he entered, and used his cute luoli tone to say the words that men yearn for and are most excited:

"The skin of steel, superhuman abilities, dad, what you want is a super warrior... Although humans already have many killing weapons such as tanks, fighter jets, warships and even nuclear weapons, it is obvious that in the fantasy future battlefield, mobile armor is still a passionate god-level existence. However, due to various technical indicators, mecha warriors seem to exist only in the world of movie games."

Li Chuan smiled leisurely and said, "As long as our nano core armor is released, it will not only become a reality from the world of movie games, but also have an even better ability than it is. One-on-one fights instead of group fights, breaking the traditional war thinking may start from us, starting from nano-armed..."

Even if the country is very strong and warlike, it will perish; if the world is safe, it will be in danger.

No one expects war, but we must do it well. If war comes, we must have the ability to win the war.

To create powerful and advanced weapons and equipment, war must be inseparable from war. You must have a deep enough understanding of the word "war" to create powerful weapons and equipment.

Speaking of war, the development of battlefield vehicles also runs through the entire history of human war. However, whether it is the ancient cavalry hedging or the tank counterattack in modern wars, the outcome of the war still determines whether the number is dominant.

Only when individual soldiers' power changes qualitatively will tactical thinking undergo fundamental changes. If a single fight replaces group fight, a super soldier can sweep away thousands of troops. With steel-like skin and superhuman-like abilities, a person is comparable to a mobile armor armed force of an army. These deeply conform to the DNA deep in human nature. This is the ultimate dream of strengthening human self-power.

A large part of the reason why the movie "Iron Man" was made and sold is because of human obsession with the explosive metallicity and power.

In the next entire design and development process, Xiaomu is probably the only one who can help Lichuan a lot. She has irreplaceable advantages for other researchers, especially in data analysis.

At this time, Xiaomu continued to analyze the theoretical data written by Li Chuan, and said: "Based on the difference in driving force levels, we can initially divide nano-armed weapons into two types: power armed vehicles and assisted weapons."

"The assisted armed vehicles are similar to the exoskeletons commonly found in movies or games. They can significantly increase the body's tolerance to harsh environments without affecting the normal movement of the human body, thereby greatly improving the combat capability of individual soldiers."

"Such individual mobile armed forces, currently taking the HULC human weight-bearing exoskeleton of Lockheed Martin, the United States, as an example. It is very light and uses electricity as an additional driving energy. The maximum effective weight is more than 200 kilograms. After wearing HULC, soldiers can carry heavier weapons. From the thin rifle pistols before, they can completely upgrade to shoulder-carrying machine guns or even individual missiles, and can also travel at a high speed that ordinary humans cannot maintain for a long time."

Xiaomu's seemingly serious and cute luoli paused for a moment in a humanized manner, and then continued: "The defects of the heavy-bearable exoskeleton are also obvious. The main body of the battle is still human rather than machinery, and the protection of soldiers cannot be fully protected. Even if the exoskeleton itself is strong, it cannot change the fragile nature of the human body."

"So, this weight-bearing exoskeleton is not very suitable for high-strength frontal combat, but it is completely feasible to use it for small-scale confidential tasks under logistical support or special conditions."

Li Chuan, who was concentrating on writing data, stopped at this time, leaned against the computer chair and listened silently to Xiaomu's words, and after a moment, he said: "In general, the exoskeleton still has its value, so let's leave a backup."

Compared with the extremely high technological content but it must be extremely expensive nano-armed weapons, the exoskeleton can demonstrate its advantages in terms of quality and low price. Its manufacturing cost is low, its manufacturing difficulty is relatively low, and its maintenance cost is relatively low. Relying on the graphene battery technology mastered by Huasheng Technology today, it can meet the 72-hour battery life.

In fact, after Huasheng Technology overcomes the real problem of mass production and preparation of graphene materials, the subsequent graphene battery technology has also been favored by many people, including the electric vehicle field, and the research institutions of Harbin Institute of Technology, which have been struggling with bionic humanoid exoskeletons, also attracted the powerful graphene battery technology in Li Chuan's hands.

However, even if the problem of power-driven energy supply is solved, the world's technology companies and research institutions are still making progress on exoskeletons, because there is another major technical difficulty that restricts exoskeletons.

That is the neural sensing and intelligent control system. To put it simply, it is the synchronization rate and fit of a person after wearing an exoskeleton. If the perfect synchronous human-machine combination cannot be achieved, the exoskeleton will still be difficult to leave the laboratory, at least it cannot go to the battlefield.

This problem that plagues other exoskeleton research institutions and technology companies in this field is not a problem in Lichuan. The nanotechnology we already have can perfectly solve it.

To solve the difficulty of human-computer synchronization rate, it is nothing more than an excellent software control system and powerful computing power to effectively calculate the advance amount of human body maneuver. That is to say, the exoskeleton needs a computer with powerful computing power.

Obviously, the exoskeleton itself cannot carry a bulky computer, so how much weight will it take to add?

From another perspective, nano-level precision robots carry a nanocomputer unit. As long as the integrated architecture of multiple units is completed, a mini supercomputer can be installed on the exoskeleton. The exoskeleton with the "brain" can naturally "live".

To achieve mass production and application of exoskeleton equipment, nanocore must be relied on.
Chapter completed!