Counterfeit Hero

Tian Xingjian knew nothing about the god-making plan of the headquarters or the impact of the artificial intelligence studied by Boswell.

Now, he is on the laboratory work platform, thinking about how to assemble the new auxiliary thruster parts that took nearly a week to complete.

This new type of auxiliary thruster comes from the idea of ​​a new type of auxiliary thruster named [Hummingbird] proposed in Casper's work log.

In this idea, Kasper used his knowledge and prediction of future scientific development to describe a method that uses high-frequency intermittent ion jets, so that the mecha can spin and stop in the air like a hummingbird in a short period of time. of thrusters.

Once this auxiliary thruster is successfully developed, it will greatly increase the strategic space of the mecha. Even in mountainous areas with harsh terrain conditions, mechas with such thrusters are not restricted by terrain. During combat, mechas can also have greater space for movement and attack angles.

As a mecha warrior, Fatty discovered the benefits of this thruster almost at first sight. If the armored forces commanded by Reinhard in Gacharin had this kind of propeller, then Fatty could be sure that under those terrain conditions, he would never be able to withstand the enemy's tidal wave of attacks with his weak strength. round-the-clock!

Since the elimination of armed helicopters, the low-altitude field of modern warfare has become a restricted area. A mecha with high-speed movement, super defense and air defense capabilities will not allow any armed force to appear in the air hundreds of meters above its head.

The Skynet system and the mecha's radar, fire control, and guidance systems ensure a 100% hit rate for energy cannons, hybrid cannons, and missiles at low altitudes. Any armed machinery that dares to appear at low altitude will become the target of unbridled and crazy anti-aircraft firepower.

In terms of the ability to dodge and move instantly in a small space. Mechas on solid ground are definitely better than low-altitude aircraft that rely on aerial reaction force. If you want to avoid anti-aircraft fire at low altitude, you must have high enough speed at the beginning of the battle.

The only ones that can achieve this condition are armored fighters. but. Letting armored fighters fight at low altitudes is like asking a sniper to kill people with a knife. It is really a frustrating idea. Therefore, low-altitude in modern warfare eventually became useless. The original tank-killer armed helicopters also gradually withdrew from the stage of history with the growth of mechas and anti-aircraft weapons.

But now, Casper was in front of Fatty. A door has been opened for this restricted area that has been closed for nearly three thousand years.

Intermittent ion turbine thrusters are completely different from existing auxiliary thrusters in structure and function. It has eight jets, instead of the one or two of ordinary propellers. This ensures that it can move in any direction in an instant.

certainly. If there is not a strong enough core power unit, the eight injection ports will work. It's just to make people laugh.

Mechas with tens of tons or even hundreds of tons want to suddenly start at low altitude at low speed or at a standstill to gain enough speed to dodge energy cannon and missile attacks. The required power cannot be achieved by having a few more jets.

In his vision, Casper proposed the use of high-power engines. A storage device designed with dual-track energy circuit and multi-layer kinetic energy cabin technology. The design idea is to store the kinetic energy in battle and release it when needed.

This kind of design could not have been completed a hundred years ago. Neither the engine technology nor the storage materials at the time could meet the requirements for releasing a large amount of kinetic energy instantly.

Casper tried hundreds of materials. It is used to create a kinetic energy storage device that can withstand the impact of energy compression and instantaneous release, but it cannot meet the requirements. The miniature battleship version of the engine he designed to provide sufficient power for the auxiliary thruster also failed to be completed.

Even so, in these two designs, Casper has also completed a lot of research on key technologies. The most important piece of research is that he completed the structural model of a dual-track energy circuit.

The core of the kinetic energy storage is composed of hundreds of thousands of energy acceleration chambers with a size of one cubic millimeter. The energy acceleration cabins used in modern most advanced kinetic energy storage devices all use monorail energy circuits. Whether it is advanced or not depends only on the acceleration chamber at the core of the storage. Different distribution and efficiency appear depending on the structure of various storages.

The dual-track energy loop structure established by Casper fundamentally abandons the design idea of ​​a single-track energy loop, allowing energy to obtain greater acceleration force in an energy acceleration cabin of the same size. This technology more than doubles the acceleration of the energy circuit!

However, Casper's design can only exist in theory.

In brain simulation. Although he completed the establishment of the structural model, he was unable to manufacture the dual-track energy circuit structure he designed within a cubic millimeter of space without optimizing technology.

This timeless design has been dormant for hundreds of years, but now, it has been dug out by Fatty.

For fat people, Casper's insurmountable micro-technology is no problem at all. Over the past century, microtechnology can be described as advancing by leaps and bounds. A year ago, the miniaturization technology hosted by Milan achieved a major breakthrough. [Logic]'s micro-ship version of the radar is the result of this technology.

After staring at Casper's dual-track energy circuit structure and thinking about it for three whole days, Fatty didn't put it into practice.

This whimsical guy was not satisfied with just making an energy acceleration cabin with a dual-rail energy loop structure. After carefully studying the dual-rail energy loop structure, he added two more spindles and changed several lines on the structural diagram.

He called the new structure a four-track cyclotron!

After completing this structure, Fatty abandoned the structural design of the acceleration cabin. In his concept, he just followed Casper's theory and made some improvements to the centrifugal spiral structure of the double-track loop based on miniaturization technology.

Fatty knew very well what benefits this structure had to mechas. However, Fatty had no idea what this structure meant in the mecha world.

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If a mechanical master were around to see all this at this time, he would definitely go crazy.

No one would have thought that when the entire mecha world was still having a headache about how to distribute the acceleration cabins to obtain mecha kinetic energy more economically and effectively, and still arguing about how to obtain the maximum acceleration effect of the monorail energy circuit, There is a fat man who has actually changed the structure that doubles the acceleration effect of a single track. .

Quadruple acceleration will naturally gain greater kinetic energy than double acceleration.

Everything just comes from the fat man's greed for perfection. He has always believed in making food as fast as possible and eating as much as it tastes good.

Once the acceleration cabin structure is figured out, the rest becomes simpler. The multi-layer kinetic energy cabin designed by Casper has given the best solution for the distribution of acceleration cabins.

This is a concentric circle structure. There are 1.2 million acceleration cabins distributed in the three-layer kinetic energy cabin pipeline. According to Casper's calculation data, after the kinetic energy of the mecha is absorbed by the kinetic energy cabin arranged according to the attenuation calculation, the kinetic energy that escapes does not exceed one ten thousandth.

Not to mention the utilization rate of kinetic energy by the acceleration cabin, the amount of kinetic energy escape alone is incomparable to the nearly 30% escape kinetic energy of current ordinary kinetic energy storage devices.

To complete this part of the production, Fatty only needs to solve the problem of high-strength materials. This problem may be a bit of a headache for other mechas, but for [Logic], this is simply not a problem.

The biological two-state metal, which is six times harder than the strongest modern supercarbide, can be used directly. Fatty only spent two days in front of the central computer, checking the data of the automatic precision machine tool when manufacturing the acceleration cabin, and obtained all the parts for assembling the auxiliary thruster.

Of course, many of these parts come from the college’s laboratory warehouse. Fat people are never embarrassed. In his opinion, it would be very authentic if he didn't take apart everything in the warehouse and study it.

He disassembled the high-flow jet nozzle selected from the warehouse, sawed and modified it with the new automatic maintenance arm saw on his arm, and installed it on the main body of the propeller like a ship's rudder. The fat man was busy shouting happily. , suddenly felt a warning sign.

With a backhand grab, the fat man pinched the little kid who was scratching his hands and feet: "What do you want to do with your glee? Don't think I won't beat you because you look cute now!"

It has become a habit for little kids to pretend to be cute. A tender little face was full of grievances: "Pangpang, there are people outside looking for me."

"who?"

"She is a very pure and innocent sister...so beautiful, so beautiful."

"Pah!" The fat man slapped him unceremoniously and said angrily: "Butt, if you use this fucking tone to disgust me again, I will make you never do it again for the rest of your life!"

"***! That woman is so delicious." Buti Pui knew her mistakes and could correct them, so she immediately took a breath and said: "The top is bulging and the bottom is swollen. I really want to eat grandma."

"what is her name?"

"It seems to be called An Lei."

"Crack...beat you artificial gangster to death!".