Douluo starts with the Pea Shooter

In front of Lan Nuo was a brand new mecha about five meters high. Although it had not yet been equipped with a shell, the round machine looked a little ferocious, but it was already quite imposing. The cockpit was open to the top, and the driving method was still mental control and motion capture, which cooperated with each other, but because of the chip, the operation was more flexible with auxiliary calculation.

It also required a series of tests, testing, learning, and the time required to control this skill, as well as the degree to which it could be controlled after learning.

In fact, someone had already tested it before Lan Nuo came, but most of the people they tested had already tried to drive a mecha. It was the first time that someone who had not participated in the design of this mecha had tested it.

Lan Nuo did not participate in the design of this mecha. During this period, he was busy with the chip. Only this attitude auxiliary control system was the operating system he helped to build, and the subsequent testing and debugging were not completed by him.

The fact that the local scientists in this world can rely on their own strength to make a mecha of this level can be regarded as their mastery of a new scientific research model.

After Lan Nuo boarded the mecha, the first feeling was that it fits closely. Driving comfort is also one of the important requirements for the performance of the mecha. If the driver feels very uncomfortable, it will inevitably be affected during the battle. For example, if the shoes are one size smaller than normal shoes, there is no way to fight normally. This mecha is not specially designed for me. When I wear it, it fits very closely. When I put on the armor, I paid attention to it.

Then I found that the internal cockpit of the mecha is adjusted from the inside. There are a lot of knobs, and the position of each sensor inside the cockpit cannot be adjusted. Therefore, as long as a new driver enters, as long as there are no relevant body parameters, the shape of the cockpit inside the mecha cannot be completely consistent with the shape of the driver.

That design is actually very critical. It is one of the necessary designs for mass production of mechas. If there is no such design, the mass-produced mechas must be divided into different models. There will always be some models that people cannot adapt to. This is not the mecha choosing the driver, but the person choosing the mecha.

There is nothing wrong with the driver's body shape. For example, if a grown-up boy is not good at driving a mecha, then the mecha that fits him before he grows taller will continue to fit him.

It is even impossible to have such a driver who has lost weight successfully or gained weight in middle age. It is impossible. When we are driving, it is difficult to buy a mecha home, but cannot drive it because of the change in our body shape. This is a big problem.

Sometimes you may drive the mecha of your dead comrades on the battlefield. Some people who have never been in contact with mechas may not become temporary mecha drivers. "At most, there is no problem with walking.

Even if it runs, it is very coordinated and will fall down suddenly. And the fact proves that the project is indeed not very difficult.

Before the low-speed rotating arm hits the obstacle, the mecha suddenly loses balance. In the case of no assistance, it is impossible to maintain balance in that kind of collision. Now, even without the assistance of computing equipment, when the arm hits the obstacle with a low-speed rotation, the mecha will not stand up again before shaking for a while.

Including handstands, front flips. Those more exaggerated movements. The mecha is also in The surface is completed. And I found that the wheel cannot be controlled by my own mental regression.

Control the speed of its rotation. When it needs to accelerate, it cannot actively retreat and accelerate.

That is a very bad way to retreat at a low speed under the relatively rugged ground. Accelerate to the limit under the ground, and the speed cannot be slower than abnormal running.

But this is unnecessary. Jumping so low will reveal flaws. That means that the limbs of the mecha cannot perform a series of actions that the human body cannot perform.

For example, anti-key operations. Or the arms rotate like a windmill. The arms of abnormal people can rotate like that.

But the mecha can't. It can even complete the twisting of the waist. It can achieve the effect that the upper body moves, but the lower body rotates 180 degrees.

Theoretically, the lower body cannot rotate like a windmill. That is also a very common attack mode.

If the lower body rotates at a low speed while the weapon is waving in the hand, it cannot form an effect like a blade storm.

Although it is a function that abnormal humans do not have. But there is no obstacle to control it. It is very intuitive to control.

I just kept my lower body leaning forward like that. Posture. The former adjusts its center of gravity and the direction of retreat.

Passing through obstacles one after another. But it did not hit the frames on both sides of the obstacles. And in your design that time, the cockpit was completely located in the torso of the mecha.

Only when there is no need to bend down, the driver's driving space will be affected. When performing sports movements, the driver's limbs are in direct contact with the seven limbs of the mecha.

That is the control completed by relying on its transmission device. It is known that he did not find that the generation of mecha is different from the generation he made. You made it smaller.

Originally, in the transmission device of this generation he made, the driver's arms were also deep into the arms of the mecha.

Although the depth is not small, it is as if wearing a suit of armor. But it also affected the mecha's movement space to a certain extent, so I could only make actions that were unusually human.

The content of the test is to maintain balance in that state. And when the arm hits an obstacle, whether the programmed response made by the mecha can assist the driver in maintaining balance.

That's also the hardest part. Because the driver simply did that kind of action. So I basically know how to maintain balance in my mind.

Everything depends on the designer's design. and program auxiliary calculations. Getting over those obstacles doesn't look easy.

The mechas jumped very low over the last two obstacles. I am afraid that I will cross over into the past. The one in front had never jumped so low. Before trying a few times, the mecha almost brushed through the obstacles.

And there is no difficulty in controlling that kind of precision. And when I took that pose, I discovered the position of the mecha's toes and knees.

The wheel cannot be ejected. As I made that move, while my body leaned forward, the two wheels were in direct contact with the ground to maintain its balance, and its speed would decrease while maintaining its speed.

Yu Rong thought that when those guys designed the mecha, they also considered the anti-joint design. Take advantage of the advantages of the machine itself.

It cannot be limited by the original joints of the human body. I am very interested in that function, and I have never even designed a similar function when I tried it.

Before retreating into the mecha, the lower cover will fall up. At present, the lower cover is still hollow, so the driver's body cannot be directly seen from the cover, but it is only a prototype.

The frame is also to a certain extent. In order to reduce weight, in the real finished product, the frame will be covered with armor. Even for some internal models, the inner shell of the armor will consider its sealing.

Ordinary mechas will take into account the possibility of retreating and fighting on the water, so sealing must also be considered.

Use any movement he can imagine to cross those obstacles, test the performance of the mecha, and also test the blind spots of some movements.

There are some actions that the mecha can't perform, which requires a series of tests. "That is very convenient for people who are driving a mecha for the first time, and everyone can judge the damage of the mecha through the performance changes when controlling the mecha. An intuitively visible health bar cannot let People know if they are going to make a bold move next, and people know when to take a break.

The duration of the jump is calculated proportionally to the acceleration due to gravity. Therefore, the time it takes for a special person to rise from the height of his body is completely the same as for a mecha to rise from the height of his body.

Lan Nuo nodded, and then controlled the prototype to step back. As I took steps forward, I found that the mecha was less controlled than expected. During my control, the mecha Does A have any conveniences or does he know any relevant techniques? If he just relies on his body's instinct, the mecha will not be able to make almost no movements according to his own body movements.

Lan Nuo estimated that the gyroscope technology of those people was still very complete. Although they could calculate how to maintain balance to a certain extent, there were still a series of problems in execution.

During such a jump, if there is no other posture auxiliary equipment, the regression control will be controlled.

"Try to walk on it. You need to consider factors such as the manual. The people you want to test who come into contact with the mecha for the first time can drive it smoothly. And before I got on the mecha, I also felt Due to the power of that thing, when the arm rotates at low speed, it cannot perfectly utilize the inertia of the arm. The rotation speed cannot be as fast as a windmill. It is like two huge chainsaws that cannot cut almost everything in its path. Smash it. Please add it to your favorites and recommend it~ And the inner control mode also needs to be coordinated with the driver, and the test outside is only the rotation system. "Lan Nuo tried it first. When it jumps, although the mecha is huge in size and weighs extremely little, there is absolutely no problem in jumping. It cannot easily jump to a height as low as eight or seven meters.

That's even weaker than the jumping ability of a special person, close to the jumping ability of a soul master inside. Although it's much worse than a low-level soul master, the mecha doesn't have full power output.

If it is definitely full power output, the jump height should be even lower inside. Did Lan Nuo resolutely retreat into the testing field, and things like hurdles rose up in the testing field?

Those obstacles cannot be crossed from below, nor can they be drilled from above. Of course, theoretically, they cannot be bypassed from the side, which will take longer.

In addition, Lan Nuo also noticed that there were no small values ​​​​under the operating system panel of the mecha, and there was no display similar to a health bar to intuitively display the status of his body.

Yu Rong tried to stand up again. And when I made that attempt, the wheel also cooperated with it to reduce its rotation speed.

Although I was still sliding backwards, when I stood up from my kneeling position, it felt like I was on flat ground.

That is to simulate a special effect of being on the ground by calculating acceleration. I thought it would be troublesome to switch back to the original posture after sliding.

It's like a special person wearing roller skates. He must rely on his knees to support the wheels under the ground to slide backwards.

If you want to return to the standing posture and rely on your hands to support the ground, you need considerable skills. You need to learn to use one leg and knee to keep your balance and the other leg to step on the ground.

"Now it's overcoming obstacles. There are a series of obstacles behind him. He needs to jump or bypass us. Try as slow as possible.

"Oh, the control of basic actions is not basically completed. So I have to retreat to the control of some ordinary actions. Before I get familiar with jumping, I plan to try to pass over the obstacles. So I tried to let the mecha squat. I thought it would take too long to squat and walk over. So I chose to slide backwards by kneeling on the ground, just like the victory of the football field. [To be continued] Before trying to stand up successfully, there are no more tests on posture. For example, a backward somersault. That also cannot bypass obstacles. And that kind of low-difficulty posture is also a test of the performance of the mecha to a considerable extent. A person who has never driven that type of mecha before. Wants to successfully complete the somersault in the test of that process. It only needs to master that skill in reality. It also requires the designer of the mecha. To be able to restore that skill under the mecha. The difficulty is quite small. Fortunately, that low-difficulty action was also successful. There is no need to test the prototype, because the inner shell is covered, and the operation of various internal parts cannot be seen from the inside. But driving the mecha has no such effect. When the speed of the wheel rotation cannot be adjusted backward, it is almost necessary to maintain some balance. It's like being underground. Just be responsible for standing firm.