0009 mecha test
After the martial arts test, there are four skill tests: shooting, the driving of the Beetle shuttle, and the control of fighter and robot warriors.
The shooting test is carried out on the shooting range. In front of the subject, there was a five-foot-wide booth with ten different gun parts and ammunition.
The requirement is to fill these guns and ammunition separately within ten minutes and shoot at the moving target 100 meters away. Those who complete all the actions within the specified time and hit three-quarters of the bullseye are counted as passing.
The Beetle shuttle is a machine that every shuttler must use skillfully, so it is a must for every test.
The reason why this shuttle is called a beetle is not only because it is like a huge beetle with its wings when it is stationary and space-time shuttles, but also because it is also like a beetle when it flies with its wings. Its shell adopts a high-strength explosion-proof pressure plate, which protects the interior like the shell of the Beetle.
Some models of Beetle shuttles can also be used as air fighters, but these models are only used in mecha technology space-time.
The fighter test mainly assesses the use of sea, land and air fighters, and the test subjects draw lots from nearly 100 combat machines to assess.
Ye Feng drew a motor airship. This airship is similar in appearance to a motorcycle, and its length is equivalent to a small fighter, but only half the width of a fighter.
Its main characteristics are dexterity and speed, with a maximum speed of 10,000 meters per second, which is really abnormal. At first, it was only used to chase the enemy, but later, it was also used for combat because it was equipped with highly resilient shields and combat devices.
The motorcycle airship is gliding into the air, and the examiner asked Ye Feng to complete the glide in 15 seconds. The air speed shall not be less than 5000 meters per second, and within one minute, five skills such as the launch of a 5cm diameter and 10cm long micro air-to-ground* (simulated, will not produce real * damage effect), launch a close combat*, aviation machine gun firing, three and a half weeks of flipping in the air, and tying fierce.
Zha Mengzi is driving head down. The examiner asked Ye Feng to prick the Mengzi at a speed of 6,500 meters per second, and only when it is 10 meters from the ground that he can use the vertical take-off device and change it to drive down to fly straight up.
Due to the high risk factor, in order to prevent the tester from breaking his neck, a 5-meter-thick cushion is placed on the ground (this airship is equipped with a triple bumper, and the bumper after falling to the ground will play a cushioning effect, which can reduce the damage to the personnel in the aircraft, otherwise it will be useless to shoot down the mat at this speed).
Ye Feng completed the five skills in one go. Unfortunately, when the last action was completed, the examiner in the co-pilot's seat behind him informed him that it took 1 minute and 12 seconds, and he was deducted 20 points according to the regulations.
Each skill test has a full score of 100 and 60 pass. Testers must score 60 or more in each item, and the average score of each skill must reach 70 points or more to pass the test.
The fighter test can get 80 points, which has made Ye Feng quite satisfied. After all, it is a great miracle that he, who has never touched any kind of fighter before special training, can drive a motor airship like this in more than a year.
The operation test of this kind of high-tech fighter will undoubtedly have a certain advantage from the test of mecha technology time and space, but for people from other worlds without technology products, it is an extremely difficult test to complete.
Next is the robot test.
According to the control mode, the types of existing robots are divided into three categories: artificial intelligence, remote control and in-body control; according to their uses, they are roughly divided into two categories: civil and military.
Military robots are generally known as robot warriors. There are many models, and the interior is subdivided into combat robot warriors, reconnaissance robot warriors, detonation robot warriors and so on.
The time and space that use a large number of robot warriors have developed to at least the third generation of robot warriors, and many mecha space have developed to 5-6 generations, and each generation has a variety of models. The 18th mecha space-time most popular robot warriors have developed to the ninth generation, with more than 60 models.
Regarding the test of remote control robots, Ye Feng selected a reconnaissance robot warrior. Reconnaissance robots are generally small in size and extremely fast and hidden. Most of them are equipped with radar systems, video recording systems, perspective scanning systems, intelligence processing systems, information transmission systems, airborne self-defense and penetration systems, etc. Some mecha space-time reconnaissance robot warriors are also equipped with stealth devices.
The reconnaissance robot drawn by Ye Feng is nicknamed Flying Ant. It is only the size of a teacup and can perform ten kinds of deformations, with a remote control distance of up to 20,000 kilometers.
The examiner asked Ye Feng to use flying ants to detect the situation within five kilometers in the air and draw them into a detailed map; the ground detects the documents hidden by the examiner in advance and sorts out useful information from these documents for information transmission; there is also the last assessment, which is Li Eavesdropping with flying ants.
To complete these three tasks, flying ants need to undergo three deformations. The first is to detect and avoid air defense*, which requires radar systems, recording systems, self-defense and penetration systems, etc.; the second assessment is the application of perspective scanning systems, intelligence processing systems and information transmission systems; the third eavesdropping systems. It is a comprehensive application of complex airborne self-defense and penetration systems by special assessment testers.
Ye Feng successfully completed the first two tasks, but was caught by the double radar carried by the reconnaissance robot controlled by the examiner during the eavesdropping, announcing the complete failure of his third mission.
It's not that he didn't start the radar jamming device, but that he didn't expect the enemy to install a double radar. After all, he was a novice who had never participated in any modern war. He had little experience, and was suddenly deducted 35 points by the examiner.
As a reconnaissance robot, whether it can hide itself effectively will directly determine the success or failure of the reconnaissance mission. Therefore, the use of airborne self-defense and penetration system is the main assessment project of reconnaissance robot. Fortunately, Ye Feng successfully achieved the defense of air defense* when completing the first task, otherwise this assessment would have failed.
The last test is the assessment of robot warriors in the body. Since the third generation, this robot warrior has used a large number of laser weapons and ultra-micro*. Whether it is long-range attack or close combat, it has super combat power and has been widely used in many machine armor time and space.
This test is the same as the martial arts test. It is an aerial combat with a robot warrior driven by a senior pawn-level shuttle, requiring a support time of more than ten minutes.