328: As long as I can design it, I can make it a reality

Everyone nodded, and the robot data was directly uploaded to the smart brain's cloud server.

Soon, Three projected the entire robot's 3D model directly in front of everyone.

At this point, the experts began to offer suggestions.

Those who could conduct research in the Laboratory were not novices.

The research plan was finalized, and not considering manufacturing difficulty seemed to unleash the experts' minds.

“Here, an 855 chipset can be used.

It would be better, with higher integration, allowing more space for the battery compartment,” a researcher said, pointing to the robot’s shoulder joint.

Everyone nodded in agreement, while Three optimized the robot’s design model in real-time according to their requirements.

The smart brain, enhanced by Three, turned robot design into a 3D modeling game.

What you saw was what you got; as long as there was a better solution, it could be changed immediately.

Meanwhile, Tian Ming produced samples, which are what is known as prototypes in industry.

All personnel in the entire research institute were mobilized, with some doing tests and others offering suggestions, bustling with activity.

An idea could be quickly implemented; in less than an hour, a prototype would be produced, and then the idea's correctness would be verified.

The addition of Tian Ming and Three directly made the research speed take off.

Think about before, from idea, design, to manufacturing a prototype, and doing various tests, it would take at least ten days to half a month, and some good designs, clearly capable of solving problems, were directly excluded due to manufacturing limitations.

But Tian Ming directly replaced the manufacturing step; the robot iterated a version every two hours now, compared to once a month before, and with the artificial intelligence's troubleshooting capability, technical problems were rapidly overcome at an unprecedented speed.

Tian Ming and Three were like a well-coordinated team, one responsible for proposing solutions, the other for implementation.

In just a few days, they refined the humanoid robot design from an initial concept to a practical stage.

Three days later, Tian Ming stood outside the city wall and began producing the designed robots.

Outside the city wall, on the open ground, rows of humanoid robots were already poised for action.

These robots were designed according to Tian Ming's requirements with multiple degrees of freedom, driven by hydraulic motors, and combined with artificial muscles, providing sufficient power while also ensuring the robot's flexibility and durability.

Each robot had an independent local control system, allowing simple tasks to be performed autonomously according to preset programs.

At the same time, these robots were equipped with high-precision sensors and artificial intelligence algorithms, capable of real-time perception of the surrounding environment and intelligent decision-making.

More complex tasks were directly remotely controlled by the smart brain.

Looking at the neatly arranged robots, Tian Ming was filled with a sense of accomplishment.

These robots were not only similar to humans in appearance but also fully capable of replacing humans for various tasks.

More importantly, they could work for 15 hours on a single charge, and charging only took 10 minutes, requiring only a few more charging stations.

With the cooperation of the entire base, charging station equipment was deployed in various corners of the base.

Three's voice appeared in his mind: “Master, the robots are ready for use.

I have established the connection; the current connection limit is thirty-five thousand units.

Each additional server can connect five hundred more robots.”

Tian Ming nodded and said, “How much faster can base construction be with these robots?”

“About fifty percent.”

“Alright, let’s go!”

At his command, rows of robots began to activate and then quickly moved inside the city wall.

The mission of these robots was to assist humans in base construction, material handling, and other tasks to reduce the human workload.

Watching the robots move in an orderly fashion, Tian Ming was filled with relief.

These robots were designed by him, Three, and the experts from the research institute.

The base's production capacity could not manufacture these robots, but not being able to manufacture them now didn't mean never being able to.

The task of those experts was to design and perfect relevant production lines based on these robot prototypes, allowing the entire base to achieve a positive cycle.

Using robots to produce robots, and using the smart brain to remotely command robots to repair robots.

This was Tian Ming's ultimate goal.

The role of humans was to continuously upgrade these robots based on existing technology, allowing the robots to gain more advanced functions and stronger adaptability.

The base's scale was rapidly expanding, and with the addition of robots, construction speed significantly accelerated.

The speed of material transport also greatly improved; materials that previously required manual handling could now be completed by robots.

This not only greatly reduced human workload but also improved work efficiency.

In addition, robots could work in harsh environments, such as in the excavation of the Underground City, where they also had clear advantages.

To reduce the burden on the smart brain, many tasks were directly completed by personnel controlling robots.

These technicians only needed to lie in the connection cabin and control the robots to perform dangerous or delicate tasks.

In the blink of an eye, half a month passed.

Tian Ming manufactured over 300,000 robots and expanded the smart brain's server room threefold.

Half of the robots were controlled by the smart brain, and the other half were remotely controlled by humans.

Robots had long working hours and didn't need rest, being able to work continuously for 24 hours, while personnel only needed to work in three shifts for control.

This model greatly enhanced the base's productivity.

A large amount of work was replaced by the smart brain and robots.

Tian Ming also built a Super fusion power station at the seawater intake, with the entire area's power generation reaching 1.13 trillion kilowatt-hours.

Abundant energy supply directly saturated the entire base's energy supply.

The current situation was robots producing robots, robots repairing robots, and robots manufacturing robots.

With Tian Ming's final push, the robot research within the base quickly embarked on a fast track.

Knock knock knock, a knocking sound echoed.

Tian Ming was sitting in his office.

The scene before him was a projection from Three, showing the construction progress of various projects in the base, almost changing daily.

The knocking interrupted Tian Ming.

He responded with a slightly weary voice, “Please come in.”

The door was pushed open, and it was Bai Yan.

He walked in, the Commander of the Super Legion, with a somewhat uneasy expression.

For the past half month, Tian Ming had barely rested, not even touching a bed.

He alone solved energy, raw materials, weapons and ammunition, production lines, and many urgent issues.

Just when he finally got a moment of rest, Bai Yan came knocking again.

“Director Lu, regarding the Super Legion mechs, do you think...?”

Tian Ming frowned slightly, feeling a bit confused: “Haven’t the mechs already taken shape?

This is much larger than a robot, and the Lawrence Family also has mechs, so there shouldn’t be a big problem, right?”