Chapter 522 Shocking Performance
The test started very suddenly, because there was no advance notice at all. Just after a very loud whistle, the moving targets in the shooting range suddenly rushed out together like crazy.
The commentator explained from the side: "Because the highest difficulty is selected, the system will not place any restrictions on the hardware performance. All mobile target drones that can work in the field will enter the training ground and start calculating scores." As the commentator If so, a small box suddenly appeared on the main screen, which displayed a target paper. This target paper is basically similar to what is used in general shooting ranges. It is a piece of white cardboard with nine concentric circles drawn in black and a black dot in the center of the circle. In addition, what is slightly different from the target paper at the general shooting range is that there is an air hole on each of the four corners of this target paper for hanging the hooks extended by the mobile target machine.
Just when the commentator briefly explained the problem with the target paper, shooting started on our side of the venue.
Because there was no advance notice at all and it started very suddenly, we were actually still loading the spare magazines when the target drone appeared. However, because we turned on all our brain power during this test, our body entered the normal mode. The brain is not put into a resting state, so this sudden attack has no impact on us at all. Almost at the same time as the whistle sounded, we accurately and quickly put down the magazine we were loading, then picked up the rifle next to the plate and started aiming. Then the rifle in our hands whined like a heavy machine gun. There's no end to it.
Because we were using our specialized assault rifles instead of regular rifles, we were already very familiar with the gun's capabilities. This rifle has undergone major changes in many aspects in order to adapt to our physical conditions. One of the more distinctive ones is our current shooting mode.
A general assault rifle usually has three shooting modes and a locking mode, which is commonly known as safety. In the locked mode, no matter how you pull the trigger, the gun will not go off. This is to prevent misfire. The remaining three shooting modes correspond to three situations. Single shot mode. That is, pulling the trigger once only fires one bullet. If you want to fire a second shot, you need to release the trigger and press it again, and then the second bullet will be fired. The second bullet will not fire if you keep pressing the trigger. The gun in this mode has the best stability, high accuracy, and saves bullets. Of course, the rate of fire will become very slow in this mode. Because it needs to be constantly released and pressed, human reaction speed cannot be too fast. Moreover, many people have only been exposed to shooting games on computers, but have never touched a real gun. In fact, the trigger of a real gun is quite tight. Women's fingers on some powerful guns do not even have enough strength to depress the trigger. This shows that the trigger of a pistol is definitely not as light as a mouse button as everyone imagines. Because the triggers are usually very heavy, even soldiers who have been trained frequently cannot press and lift them too quickly.
This second mode is called burst mode. The settings for different guns in this mode are different. Most guns use a short burst mode, which means one pull of the trigger will fire three bullets, while a few guns use a long burst mode, one pull of the trigger will fire five bullets, but this type of gun is rare. It is generally a low-speed mode designed for rapid-fire weapons such as heavy machine guns to save ammunition. Generally, individual weapons rarely have this long burst mode.
The third, simplest, is burst mode. In this mode, as long as the trigger is pressed and there are bullets in the gun, the gun will not stop. It will continue to fire all ammo or until you release the trigger.
Ordinary guns generally have these three shooting modes, and some guns will lack one or two of them. For example, a revolver only has a single-shot mode and a locked state, and there is no short burst or continuous fire mode at all. Most pistols are of similar design. Generally, only a few pistols can have short burst mode, as for pistols with continuous fire mode. Although some people call it a submachine gun, it is actually a single-hand miniature submachine gun rather than a pistol. After all, the structure has nothing to do with a pistol.
The shooting modes of our dedicated assault rifles are also divided into four types, and the general mode of each mode is similar to that of ordinary assault rifles, but our assault rifles have a special design added to each mode, that is, the trigger pressure control.
Although the continuous fire mode of our assault rifle will continue to fire as long as the trigger is pressed, our assault rifle will determine the rate of fire according to the degree of our press, which is the same as the accelerator of a car, the deeper you press the speed, the faster The faster, and if you just press a little bit, although you will still fire continuously, the bullets may become one shot per second. In fact, this speed is not fast at all. Many soldiers can compare with the single-shot mode of automatic rifles. This speed is fast. However, if our assault rifle presses the trigger to the bottom, the rate of fire may be as high as 1,200 rounds per minute. However, at this speed, an external ammunition belt is required. Otherwise, even if a large drum drum is used, the bullet will not last long.
This design of controlling the rate of fire through pressure is completely useless to ordinary people. First, the pressure is difficult to control and the rate of fire cannot be accurately controlled. Second, the design is too complex and is not convenient for mass production. So currently only our dragon-specific assault rifles have similar designs.
In addition to the continuous fire mode, the burst fire mode of our assault rifle is also different from ordinary rifles. First of all, our assault rifle uses free burst fire, which means five bursts by default, but it may not actually fire that many bullets, but it depends on the situation. Generally speaking, in this burst fire mode, as long as we press the trigger, three bullets will be fired, and it only takes 0.8 seconds to fire these three bullets, which means that the three bullets are fired very quickly. . And after three bullets, that is, after 0.8 seconds, it depends on the condition of our fingers.
If we press the trigger for more than 0.8 seconds, then our assault rifle will maintain this speed and fire two more bullets, that is, a total of five bullets. There will be no interruption during this process, and it will always be at this speed. After five rounds of ammunition are used up, there is still a choice. At this time, if we continue to press the trigger and do not let go, a cycle will start again after one second, which is the default three-shot burst. Depending on the pressing situation, it will be determined whether it is a three-shot burst or a five-shot burst. If you never let go, it will be a continuous cycle of five consecutive shots, a pause of one second, and then a continuous cycle of five consecutive shots and a second pause.
at last. The single-shot mode is also the biggest difference of this assault rifle. The single-shot mode of this assault rifle is actually a super-sensitive burst-fire mode. Although in this mode, one press is fired to fire a bullet, but that refers to the situation of lightly pressing the trigger, and if you press the trigger more than half the stroke , then it will instantly enter the burst mode, and if it can be accurately adjusted continuously around one-half. You can make the assault rifle perform an ultra-fast single-shot burst according to your wishes. This is a shooting mode that takes into account both the rate of fire and accuracy. The only difficulty is that the half stroke of the trigger is difficult to control. , this control is difficult to accomplish with human body accuracy.
However, this gun was not originally designed for humans. We dragons can control this mode very easily. At the same time, our assault rifle also has another feature, that is, it can actually be remotely controlled.
This assault rifle has a simplified communication interface that installs our Dragon Clan's psychic network. Wireless data communication is possible. However, the range of this simplified communication protocol is only one hundred meters, which is short-distance communication. However, the advantage is that it always works in passive mode and will not be discovered by the enemy. In addition, we don’t necessarily need wireless remote control. Because there is actually a data interface on this assault rifle. We can use the data cable on the back of our head to connect to this interface. In this way, we can not only control the gun's various shooting modes without delay, but also check the ammunition status in real time. Or choose the type of ammunition fired. After all, our assault rifle is a multifunctional rifle. It's not that it can only fire one type of ammunition, but it comes with seven types of ammunition as standard. Therefore, it is a bit cumbersome to rely on manual control. It is easier to use wireless remote control and data connection. Moreover, once the data docking is completed, we can not only see the feedback data of the gun. What's more important is that you can connect the special scope on the gun.
Although our eyesight is very developed, it can not only be used as a telescope, but also has multi-band reception capabilities. It can not only see visible light, but also infrared and ultraviolet bands, and we can even see electromagnetic waves. To ordinary people, radio is an electrical signal that requires identification to receive, but to us, it is a radiation band that can be directly seen with our eyes. However, although our eyes are powerful, they are not mainly used for aiming. They are more interested in collecting information at a wide angle rather than aiming at a precise point. In comparison, the sight of this kind of assault rifle is much more professional. Not only is it more responsive, but its visual distance is much higher than our eyes in the presence of visible light and infrared rays. After all, the aim of this thing is The mirror is much larger than our eyeballs, and its internal structure is relatively more professional.
Because we suddenly discovered that the test had started, we had no time to plug in the data cable, so we could only use wireless mode to connect the rifle. Anyway, there is no electromagnetic interference here, and we are not afraid even if there is. We are not far away from the rifle, the gun is in our hands. Even if there is interference at such a close distance, we can still conduct data communication.
After quickly raising the rifle, our electronic brain and biological brain instantly activated at full power, and then a lot of moving target locks appeared in front of our eyes, and the electronic brain also gave predictions about the movement, and the target drones were constantly In the process of changing movement patterns, our electronic brain also measured the maximum moving speed of these things and the size of the speed variables, and continuously updated the data in real time.
Based on this situation, we began to select the attack target in our brain, and then designed the attack route, and then the rifle in our hand suddenly went off.
Although the amount of data to be calculated is huge, neither our electronic brain nor the biological brain can be compared with ordinary computers. Although there are almost more than a hundred targets jumping up, down, left and right in the shooting range, our electronic brain only uses It took 0.01 seconds to complete the dynamic capture and real-time motion tracking of these more than 100 targets, and our biological brain took another 0.01 seconds to complete the attack plan and assign targets, which means that the four of us here Individuals have actually been assigned their own goals, and there will be no situation where two people hit the same goal.
Looking at the dazzling more than a hundred targets jumping up and down in the venue, the jaws of some people in the audience who were obviously experienced in shooting almost dropped. They all muttered in surprise: "How do you shoot at this? Let alone aim at the bull's-eye. It’s gone, and the entire target has almost turned into an afterimage.”
Just when each of these spectators thought that we were going to achieve dismal results this time, the guns on our side suddenly rang out, and it was not just one shot, but a series of gunshots.
When they suddenly heard this voice, the audience was stunned for a moment, and then they were relieved immediately. It’s not that they understand our intentions, it’s that they think they understand our intentions.
Because the targets in the field move too fast, their thinking is that we must be unable to aim just like them, so they simply use the assault rifle as a heavy machine gun. As long as they fire continuously, with the rate of fire of rapid-fire weapons, there are so many targets in front of them. Flying randomly, there is a high possibility of encountering some targets. Although in this case, the average ring score will definitely be terrible, but it is better than zero points, right?
Although the audience thought so, some people soon began to exclaim because they discovered that the numbers in the lower left corner of the surveillance screen were changing rapidly.
The commentator had already told them the role of these numbers before the shooting started. The numbers are divided into rows and displayed in several colors. There is a set of four rows of data displayed in red, which correspond to the shooting results of the four people on our side. The string of numbers after the name is how many bullets we fired, and the second set of numbers after the blank period is the number of hits we made. How many targets are there, and after another blank period, the third set of data is the number of rings we hit.
At this time, someone in the audience exclaimed because someone saw this number and found that the second set of numbers was not much less than the first set. In other words, although we sometimes miss the target, in fact, there are not many such misses. , most of the bullets hit the target. Moreover, after observing for a while, these people also discovered that although the difference between the number of bullets we fired and the number of hits on the target was constantly increasing, the ratio between the two was gradually shrinking. In other words, we Although miss-target situations still continue to occur, we are actually quickly adapting to this situation, and our accuracy is obviously getting higher and higher.
"How is this possible? How did they aim at such a fast speed?" Someone in the audience shouted in disbelief. (To be continued ~^~)