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After Wu Hao's order was issued, the base's intelligent program zero immediately followed the aircraft-related drawings and began to manufacture the aircraft's corresponding main body and other related electronic equipment and instruments through the equipment in the base.
First of all, the outer shell frame of the aircraft is made of new carbon fiber material and is printed in one piece using 3D printing manufacturing equipment.
Other electronic equipment is also completed through other corresponding 3D printing equipment. Wu Hao's base does not usually manufacture any redundant electronic components. Basically, they are only manufactured when needed.
Because the shapes of the components required for each type of equipment are completely different, not everything can be used uniformly. Besides, the number of raw materials stored in Wuhao Base is limited, so it is naturally impossible to process a certain component every time. Mass production.
In this way, with the continuous operation of various manufacturing equipment in the base, the Mark 1 aircraft named by Wu Hao was completed in the evening of the next day.
The aircraft is silver-gray in color, and its basic parameters are: 8.89 meters in length, 1.9 meters in maximum height, 2.6 meters in maximum width inside the cabin, and a shuttle-shaped overall shape, with a maximum external width of 4.6 meters.
The hatch is at the tail of the aircraft. Except for a large independent cockpit in the front, all the space in the back is used to store items.
In other words, the main function of this aircraft is actually for Wu Hao to transport. Although the overall length of this aircraft is nearly 9 meters, which is slightly different from the original design, its final total weight is only 1.3 tons.
The weight of this mere 1.3 tons can be said to be very light for an aircraft with a total length of nearly 9 meters.
After all, except for some electronic equipment and circuits, all the materials of this aircraft are non-metallic materials. For example, the main frame of the aircraft, etc., are all made of new carbon fiber materials.
The special silver-white shells wrapped around the entire aircraft are also made of a special reflective material that can prevent radar detection waves and refract light and shadow to achieve invisibility.
Although the protective performance of this material itself is not high and it cannot resist attacks by bullets and other weapons, once the aircraft activates the time refraction invisibility function, unless a person is standing within 5 meters of the aircraft to watch. In addition to being able to see the location of the aircraft, there is a sense of light and shadow distortion, once it exceeds this distance. The existence of the aircraft is completely invisible to the naked eye.
As for preventing radar detection waves, in addition to the fact that there are no bulges on the surface of the aircraft, which reduces the refraction of radar waves, the special silver-white material of the aircraft shell can also completely isolate the detection of radar waves. This isolation effect is better than that in the current world. The stealth paints mastered by various countries in the world are many times more effective.
Therefore, as long as the stealth function of the aircraft is activated, it can fly wherever it wants silently. As long as it is more than ten meters away from people, the human eye cannot see any fluctuations at all.
The previously mentioned distance of 5 meters is only a minimum limit and a conservative distance, and a distance of more than 10 meters can completely guarantee the absolute invisibility effect.
As for the silence, it is easy to explain. First of all, the aircraft is equipped with some high-energy reserve batteries and a small amount of electronic equipment and does not have any power system.
When it flies, it relies entirely on Wu Hao's own telekinesis to drive the flight. Wu Hao's telekinesis can control objects up to 10 tons. Such a large control force can be used to control an aircraft with an empty weight of only 1.3 tons. It can be said that even if Wu Hao lets the aircraft fly beyond the speed of sound, there will be no pressure at all.
Because currently, the weight of fighter jets in various countries in the world that can fly at sonic and supersonic speeds is more than ten or twenty tons. And their thrust is only about 10 tons, or 15 tons at most. There are engines with thrust exceeding this, but after an engine with such a large thrust is installed on an aircraft, the weight of the aircraft will naturally increase.
Therefore, according to the proportion of thrust, Wu Hao's control ability of 10 tons of telekinesis can control only 1.3 tons, or if it is loaded with a small amount of cargo, the total exceeds 3 tons or 4 tons. Wu Hao can also use his own telekinesis to make the aircraft fly at supersonic speeds.
However, although this is completely feasible in theory, once the aircraft exceeds the speed of sound when flying, it will face many problems. The first is the strength and heat resistance of the aircraft. Although the main structure of the aircraft manufactured by Wu Hao does not need to worry at all when flying at supersonic speeds. But the special layer of invisible material installed on the surface of the main body is completely useless.
According to the various parameters and strength of Wu Hao's current Mark 1 aircraft, it can barely maintain subsonic flight at best. Once this speed is exceeded, the invisible material shell on the surface of the aircraft will be in danger of overheating or being damaged by insufficient strength.
However, if Wu Hao simply controls the aircraft without loading any items, and uses part of his mental power to form a protective cover on the outside of the aircraft during flight, then the aircraft can still fly at sonic speed.
As for supersonic speed, it can only be solved after Wu Hao conducts new research. However, for now, the capabilities of this Mark 1 aircraft can meet Wu Hao's needs.
After all, Wu Hao's purpose in building this aircraft was not to make it fly fast, but to have the ability to transport it anywhere.
If he simply wanted to make an aircraft that could fly fast, then Wu Hao could use another material with higher strength and heat resistance to make a small aircraft. In this case, the flight speed of this aircraft would probably be It can only be compared with missiles.
Any fighter jet in the world currently cannot compare with it. However, such an aircraft can only have the ability to prevent radar detection and cannot achieve true stealth.
Also, whether it is an airplane or a missile, once they exceed the speed of sound, the detonation and noise generated during flight will definitely be considerable.
Their movements can be heard from a long distance. In this case, even if the aircraft has an invisibility effect that cannot be seen by the naked eye, the detonation and explosion will still be discovered.
Therefore, Wu Hao's aircraft will usually fly at the speed of ordinary civil aircraft at most. As for the speed of sound, it will only be used unless there are special circumstances. Otherwise, he will definitely not use it.
… (To be continued~^~)