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 as if they were crazy.

The commentator explained next to him: "Because the highest difficulty is chosen, the system will not limit the hardware performance. Mobile target machines that can work in the field will enter the training field and start to calculate the score." As the commentator said, a small box suddenly appeared on the main screen, which shows a piece of target paper. This target paper is basically similar to that used in a general shooting range, and is a piece of white cardboard with nine concentric circles and a black dot at the center of the circle. In addition, a slightly different from the target paper in a general shooting range is that there is a hole on each of the four corners of the target paper to hang the hooks that the mobile target machine stick out.

Just as the commentator briefly explained the problem of this target paper, we had already started shooting in the venue.

Because there was no advance notice at all and it started very suddenly, we were actually loading the backup magazine when the target machine appeared. However, because we turned on all our brain power during this test, that is, our body entered normal mode and did not let the brain go into a rest state, this sudden attack had no effect on us at all. Almost at the same time as the whistle sounded, we accurately and quickly put down the magazine that was loading in our hands, then picked up the rifle on the side of the plate and started aiming, and then the rifle in our hands was whimpering like a heavy machine gun.

Because we are using our special assault rifle instead of ordinary rifles, we are already very familiar with the performance of this gun. In order to adapt to our physical conditions, this rifle has undergone major changes in many aspects. The more distinctive of this is our current shooting mode.

Generally, assault rifles usually have three shooting modes and one lock mode, which is commonly known as safety. Lock mode, no matter how you pull the trigger, the gun will not sound. This is for preventing fire. The remaining three shooting modes correspond to three situations. Single-shot mode. That is, pulling the trigger once and only fire one bullet. If you want to fire the second shot, you want to release the trigger and press it again, and then the second bullet will be fired. Press the trigger all the time and will not fire the second bullet. The gun in this mode has the best stability, high accuracy, and saves bullets. Of course,

In this mode, the firing rate will become very slow. Because it is necessary to constantly release and press down, the human reaction speed cannot be too fast. Moreover, many people have only come into contact with shooting games on computers, but have never touched the real gun. In fact, the trigger of the real gun is quite tight, and the fingers of some powerful guns do not even have enough force to press the trigger. This shows that the trigger of the pistol is definitely not the same as the mouse button that everyone imagines. Because the trigger is usually very heavy, even soldiers who are often trained cannot make the pressing and lifting too quickly.

This second mode is called the point-fire mode. The settings of different guns in this mode are different. Most guns use short-point shots, that is, one-tip shots to shoot three bullets, while a few guns are long-point shots, and one-tip shots to shoot five bullets. However, this type of gun is very rare. Generally, rapid-fire weapons such as heavy machine guns are designed to save ammunition. Generally, individual weapons rarely have this long-point shots.

The third simplest type is continuous shooting mode. In this mode, as long as the trigger is pressed down and there are bullets in the gun, the gun will not stop. It will continue to burn out all the ammunition 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, revolvers only have single shot mode and locked state, and there is no short shot or continuous shooting mode at all. Most pistols are also similar in design. Generally, only a few pistols can have short shot mode. As for pistols with continuous shooting mode, some people call submachine pistols, but they are actually single-held mini-submachine guns rather than pistols. After all, the structure is completely unrelated to the pistol.

The shooting modes of our special assault rifle are also divided into four types, and the rough mode of each method is similar to that of ordinary assault rifles, but our assault rifle has added a special design to each mode, that is, the pressure control of the trigger.

Although the continuous firing mode of our assault rifle will keep firing as long as the trigger is pressed, our assault rifle will determine the firing rate based on the degree of our platen press, that is, like the accelerator of the car, the deeper you press, the faster you press. If you only press a little lightly, although you will still shoot continuously, the bullet may become one shot every second. This speed is actually not fast at all. Many soldiers can use the single-shot mode of automatic rifles to shoot faster than this speed. However, if our assault rifle presses the trigger to the bottom, the firing rate may be as high as 1,200 rounds per minute. However, external links are required at this speed, otherwise even if you use a large drum, the bullet will not last long.

This design that controls the rate of fire through pressure is completely useless for ordinary people. First, the pressure is difficult to control and the rate of fire cannot be accurately controlled. Second, the design is too complicated and is not convenient for mass production. Therefore, only the assault rifle dedicated to our dragon clan will have similar designs.

In addition to the continuous firing mode, the point-firing mode of our assault rifles is also different from that of ordinary rifles. First of all, our assault rifles use free point-firing, which means five consecutive shots by default, but they do not necessarily fire so many bullets, but are determined according to the situation. Generally speaking, in this point-firing mode, as long as we press the trigger, we will inevitably fire three bullets, and the three bullets will only take 0:8 seconds to finish the fire, which means three bullets are fired at a very fast speed. After three bullets, it depends on our finger condition.

If we press the trigger for more than 0:8 seconds, then our assault rifle will maintain this speed and then fire two rounds of bullets, which means a total of five rounds. There will be no interruption in the process, and it will always be this speed. After the five rounds are exhausted, there is still a choice. At this time, if we continue to press the trigger and do not let go, then a cycle will start after one second, that is, the default three consecutive shots and decide whether to be three consecutive shots or five consecutive shots based on the pressing situation. If we never let go, then the five consecutive shots will be stopped for one second and then the five consecutive shots will be stopped for another second.

Finally, the single-shot mode is also the biggest difference between this assault rifle. The single-shot mode of this assault rifle is actually a super sensitive continuous shooting mode. Although it is to press a bullet in this mode to fire a bullet, it refers to the situation of lightly pressing the trigger. If you press the trigger's stroke by half, it will enter the continuous shooting mode instantly. If it can be adjusted accurately around half, it can allow the assault rifle to perform a super fast single-shot point shot according to your wishes. This is a shooting mode that takes into account the rate of fire and accuracy. The only difficulty is that the half stroke of the trigger is difficult to control, and it is difficult to complete this control with the accuracy of human body.

However, this gun was not originally designed for humans, and our dragon clan can easily control this mode. At the same time, our assault rifle has another feature, that is, it can actually be controlled remotely.

This assault rifle has a simplified communication interface installed with our Dragon Clan's spiritual network. It can conduct wireless data communication. However, the scope of this simplified communication protocol is only 100 meters, which is short-range communication, but the advantage is that it always works in passive mode and will not be discovered by the enemy. In addition, we do not necessarily need wireless remote control. Because this assault rifle actually has a data interface, we can use the data line behind our head to connect this interface. In this way, we can not only control the various shooting modes of the gun without delay, but also check the ammunition status in real time or choose the type of ammunition to fire. After all, our assault rifle is a multi-function rifle. It does not only fire one ammunition, but the cursor comes with seven ammunition standard. Therefore, relying on manual control is a bit cumbersome, and it is easier to use wireless remote control and data connection. And once the data docking is completed, we can not only see the feedback data of the gun. More importantly, we can connect the characteristic scope on the gun.

Although our eyes have a very developed vision, it can not only be used as a telescope, but also has multi-band reception capabilities. We can not only see visible light, but also infrared and ultraviolet bands, and even electromagnetic waves. For ordinary people, radio is an electrical signal that needs to be received in order to be received, but for us it is a radiation band that can be seen directly with our eyes. However, although our eyes are very awesome, it is not mainly used for aiming. It tends to collect information in a wide angle rather than accurately aiming at a point. In contrast, this kind of scope with assault rifle wounds is much more professional. Not only is it more sensitive to respond, but also has a much higher visual distance than our eyes when there is visible light and infrared. After all, the scope of this thing is much larger than our eyeballs, and the internal structure is relatively more professional.

We just suddenly discovered that the test started, so we didn't have time to plug in the data cable, so we could only connect the rifle in wireless mode. There was no electromagnetic interference here anyway, so we didn't have to worry even if there was one. We were not far apart from the rifle, and the gun was in our hands. Even if there was interference, we could still communicate data even if there was any interference.

After quickly lifting the rifle, our electronic brain and biological brain were instantly activated at full power, and then a lot of moving targets appeared in front of us, and the electronic brain also gave predictions of movement. In the process of the target machine constantly changing the motion mode, our electronic brain also measured the maximum movement speed of these things and the size of the speed variables and continued to update real-time data.

With this situation, we began to select the target of attack in our brains, then designed the attack route, and then the rifle in our hands suddenly rang.

Although the amount of computing data is large, our electronic brain and biological brain are not comparable to ordinary computers. Although there are almost 100 targets running around in the shooting range now, our electronic brain has turned into dynamic capture and real-time motion tracking for more than 100 targets in just 0.01 seconds, while our biological brain has completed the attack plan and assigned targets in 0.01 seconds. In other words, the four of us have actually assigned their respective targets, and there will be no situation where two people hit one target.

Looking at the more than one hundred targets jumping up and down in the venue, some of the people in the audience who had obvious shooting experience almost fell off their chins, and they were all wondering in surprise: "How can you fight this? Not to mention aiming at the bull's eye, the entire target is almost turning into a afterimage."

Just when these viewers thought we were going to achieve a bleak result this time, the guns on our side suddenly rang, and not just one shot, but a series of gunfires.

When the audience suddenly heard this voice, they were stunned and then immediately let go. It was not that they understood our intention, but that they thought they understood our intention.

Because the targets in the field move too fast, their idea is that we must be unable to aim like them, so we simply use assault rifles as heavy machine guns. As long as we shoot continuously, with the speed of fire of rapid-fire weapons, so many targets fly around in front of them, it is very likely that they will encounter some targets. Although this is the case, the average number of rings will definitely be terrible, but it is better to cross zero points, right?

Although the audience thought so, someone soon began to exclaim because they discovered that the numbers in the lower left corner of the surveillance screen were changing rapidly.

Before the shooting began, the commentator had already told them about the functions of these numbers. The numbers were divided into several rows and displayed in several colors. There was a set of four rows of red data, which corresponded to the shooting results of the four of us. The string of numbers followed by the name was how many bullets we fired, the second set of numbers after a blank segment was how many targets we hit, and the third set of data after a blank segment was the number of rings we hit.

At this time, some people in the audience exclaimed because someone saw this number and found that the second group of numbers was not much smaller than the first group. In other words, although we also had off-target situations, there were not many such off-target situations, and most of the bullets hit the target. Moreover, after observing for a while, these people also found that although the difference between the number of bullets fired and the number of target hit the target was increasing, the ratio of the two was gradually shrinking. In other words, although we were still constantly off-target situations, we were actually quickly adapting to this situation, and the accuracy was obviously getting higher and higher.
Chapter completed!