"No, who would carry armor-piercing bullets with them! Not to mention the depleted uranium armor-piercing bullets that need to be fired by tanks and other big guys. Even if it is a steel suit made of our company’s current materials, it is at least anti-sniper rifle. The ability of armor-piercing bullets should also be there!

　　 I still think the future of the steel suit is very suitable for our company's needs. Our boss's huge solar system colonization plan can be used. https://

Fully enclosed steel armor, equipped with a full set of life-saving systems, and can also be equipped with a lot of weapons or other equipment. On planets like the moon and Mars, it is better to use a steel suit than a heavy spacesuit. Right?

　　I just think that the spacesuit we are developing now is very stupid, and we have to use different designs according to the different places of use.

　　Spacesuits used in microgravity environments such as the future space station have different design requirements from those used on the moon and Mars.

　　 So the laboratory has started several spacesuit research and development projects at once. If we can directly replace so many kinds of spacesuits with a set of advanced steel armor, I believe the company will definitely be willing, right?

　　 Other inconveniences aside, just thinking about it takes at least one hour to put on a spacesuit. I think this design is really anti-human! "'I have 8 tentacles' said.

　　 Indeed, on the whole, the spacesuit has the following five functions: maintaining the astronaut’s body temperature; maintaining pressure balance; blocking strong and harmful radiation; processing the astronaut’s excrement; providing oxygen and removing carbon dioxide.

　　 is like a newly established spacesuit laboratory for a technology company. The spacesuit currently designed is also designed based on these functions.

In addition to all the layers of the in-vehicle spacesuit, the extravehicular spacesuit has three layers: one is a vacuum insulation layer, which is used to protect the astronauts from the cabin during extravehicular operations or activities on the surface of the moon and other stars. The invasion of overheating and overcooling of the external environment can also prevent the heat loss inside the clothing.

　　 The second is a liquid-cooled suit, which is made by changing the gas in the ventilation and heat dissipation layer tube of the space suit in the cabin to liquid. Astronauts work outside the cabin for several hours sometimes, and the body generates a lot of heat, which cannot meet the heat dissipation requirements by relying on gas to dissipate heat, and the liquid cooling medium can dissipate the heat well.

　　The third is the outermost layer. In addition to the functions of preventing high heat, abrasion and protecting the internal layers, it also has the function of preventing solar radiation and the interface for connecting other equipment. For example, it is connected to the umbilical cord during extravehicular activities of the astronauts, connected to the body-carried life support environmental equipment, and the space maneuvering flight mechanism.

　　 Yes, it takes nearly an hour to wear the mainstream international spacesuits as soon as possible, and the bloated spacesuit makes it very inconvenient for astronauts to work.

　　 The reason why Tentacle Monster is so enthusiastic about the steel suit as a supercomputer department member is that the attention of everyone recently is on the company's upcoming sky project.

　　 If you want to go to space, a space suit is an indispensable equipment. He was sent by the supercomputer department to the space suit laboratory to help design and develop the intelligent control system of the space suit.

　　 During the time he was helping in the laboratory, he had discussed with the researchers of the spacesuit laboratory more than once, if only one kind of equipment could be designed to replace these extremely complex spacesuits.

　　 But everyone's opinions are not consistent. The Tentacle Monster is a firm supporter of the steel suit. Other researchers in the laboratory support it, and many don't.

"But like the steel suit-type spacesuit you talked about, it looks very troublesome. An armor will restrict their movements. It's hard to imagine how they will break free if they get stuck in a corner. So put it on, and put on handcuffs, The fetters are average and will only limit your freedom.

　　 I think our company's technology is ridiculous enough to make Mark-2. It is impossible to design and manufacture the steel suit used by Tony in the universe later in the movie.

　　 Although I also think that your imagination may be realized in the future, I estimate that in at least 10 years, the company's research and development focus is still on the current spacesuit design.

　　What kind of spacesuits the company will use in the future, it is estimated that there will be a few brainstorming sessions. Anyway, there is no such research and development plan here at the robot laboratory! "'The mountain is over there is a hill' replied.

　　 "Yes, there is also a project in our laboratory that can touch your steel suit, that is, the exoskeleton armor research and development project.

　　 But our project has not considered using them in the space environment. There are too many things to consider for such a complicated design. There is no such research and development plan.

　　 The exoskeleton armor we are currently designing is mainly divided into civilian and military. The most complicated design is still a lot away from the Mark-2! "Autumn famous mountain bike god," Chen Zijun, also replied ~lightnovelpub.net~ The mechanical exoskeleton or power exoskeleton he referred to is a mechanical device that is composed of a steel frame and can be worn by people. This equipment can provide extra energy for the movement of the limbs. With this "clothing", humans can become so-called "iron men."

　　 Exoskeleton power suit is designed to protect the wearer, for example, to protect soldiers or construction workers, or to rescue people in danger.

　　 is more widely used as a prosthesis and to help the elderly and the weak. Other uses are for rescue operations. Just like in a collapsed building, this device can provide workers with great strength to lift heavy objects while protecting it from falling rocks. .

　　The power exoskeleton developed by the robotics laboratory is more inclined to military use, because the civilian exoskeleton is a bit simpler to design, and the laboratory is almost complete.

　　 In addition to the basic function of enhancing human capabilities, military power exoskeletons must also have good protection, adaptability to complex environments, and military functions such as auxiliary firepower, communication, and investigation support.

　　 "Haha! The boss is right. Not to mention, the military-powered exoskeleton designed by our Robot Lab really looks like a steel suit after wearing it!

　　 Although there is no way to compare with the Mark-2 designed by Tony in terms of combat effectiveness, if our laboratory continues to research, it will not be impossible to develop a real steel suit like in science fiction movies in the future! "'There is a hill on the other side of the mountain,' smiled and replied.

　　 I have a small black hole