Rebirth of a technological power

Now, Future Technology Group already has land-type bionic robots and sky-type bionic robots.

There are two main types of land-based bionic robots, namely intelligent mechanical dogs and intelligent mechanical cows. Whether they are combat mechanical dogs or patrol mechanical dogs, they are essentially intelligent mechanical dogs, or bionic dog robots, which imitate dogs. this type of animal.

There are so many bionic robots flying in the sky, including bionic eagle robots, bionic sparrow robots, bionic bat robots, bionic seagull robots, bionic goose robots, etc. There are more than a dozen types of bionic robots!

As for marine bionic robots, there are none so far.

Regardless of whether they are land-type bionic robots or sky-type bionic robots, they actually have great limitations. Even if land-type bionic robots are equipped with cannons, they cannot break through armored defenses. No matter how much sky-type bionic robots fly, fighter planes can actually take off. It does not threaten fighter planes in the sky because fighter planes can fly higher than bionic bird robots.

But the marine type bionic robot is different.

Warships, whether surface or underwater, are like targets for bionic robots.

The speed of a normal warship is 30 knots, which is approximately 55.6 kilometers/hour!

The speed of a flying fish is 75 km/h, and that of a swordfish can reach 130 km/h.

Even if the speed of a bionic robot is the same as that of a bionic species, it can deal a devastating blow to a warship.

Without saying anything, a bionic flying fish robot found a warship, whether it was a surface ship or an underwater ship, and directly entered the key position. Even a negligible explosion power was enough to destroy a warship!

And how much does a warship cost? How much does a bionic flying fish robot cost?

When Cai Jin created the bionic flying fish robot, Cai Jin frowned involuntarily.

Looking at my own work, I feel quite dissatisfied.

It's really ugly!

too ugly!

If Cai Jin hadn't said it, no one else would have said, this is a bionic flying fish robot!

He took the bionic flying fish robot to a small pool and filled it with water. Cai Jin put the bionic flying fish robot into the small pool and started staring at the relevant data on the screen.

"Yes, this waterproof function is good!" Cai Jin looked at one of the data. The data here represents the waterproof function. The smaller the value, the better the waterproof function.

When this type of robot is developed, its biggest use is in the military field.

Even, it won’t be exported!

After all, this thing is too lethal to warships!

And it is impossible to guard against.

It feels good to kill others, but it hurts to kill yourself!

"This swimming speed is like a turtle!" Cai Jin looked at the speed item again and couldn't help complaining.

He did not expect that the first time he built this bionic flying fish robot, the results were so different from what he expected.

It doesn't matter if it doesn't look like it, but now it's better, I can go thousands of miles away.

After a series of tests and two upgrades, it finally looked like a flying fish.

However, it's not enough!

Cai Jin keeps working hard!

This bionic flying fish robot uses top-notch materials, so it naturally has great potential for development.

He has a golden finger. As long as he continues to accumulate experience, he can continue to improve.

No need to waste precious optimization points!

Optimize the point, Cai Jin feels more and more precious about it!

Without optimization, he would never be able to create an aerospace fighter or a space shuttle!

Optimize and ignore the inherent shortcomings!

Even if the material is not good, it doesn't matter, as long as there are enough optimization points.

Finally, after more than ten times of optimization and improvement, the bionic flying fish robot, which is almost identical to the real flying fish, was officially born.

45cm in size, two flying wings, lifelike!

There are two eyes, one is the detection system and the other is the small base station. The two most important weights inside are the battery and the high-performance explosive.

This kind of gadget is destined to be unable to carry weapons like a submarine, but uses suicide attacks as a means of attack.

By initiating the self-destruction program and detonating explosives, the warship's propellers and other weak links will be blown up.

After all, once the propeller is blown up, whether it is a surface warship or an underwater submarine, it is almost equivalent to combat capability.

And if you want to cultivate, it cannot be accomplished in a short time.

On the battlefield, not to mention one or two years of cultivation, even one or two months of cultivation will have a fatal impact on the battlefield.

Cai Jin looked at the successfully developed bionic flying fish robot and smiled with satisfaction.

This is a sea-air bionic robot. Although its height is limited and can only leave the water for a dozen meters, it can fly for a long time and can also move forward for a long time.

Nuclear batteries are good for this, they can have unlimited range.

At this point, no matter whether it is a solid-state battery, a lithium-sulfur battery or a lithium-air battery, it is incomparable.

Of course, there are also troubles. The trouble is the treatment of nuclear radiation, which is more troublesome and the cost is much higher.

So far, Cai Jin has no plans to mass-produce nuclear batteries for this reason. If he is not careful, it will be a disaster.

Of course, in the aerospace field, nuclear batteries have broad development space and unlimited potential.

Especially nuclear fusion batteries, that is where the hope for future development lies. Once mature nuclear fusion batteries are available, it is no exaggeration to say that traveling to other galaxies, let alone the solar system, will be normal.

As for current nuclear batteries, they can only circle around in the solar system.

On this day, Cai Jin couldn't wait to take the bionic flying fish robot to the beach, and threw it roughly into the sea, and then the bionic flying fish robot disappeared from sight.

Cai Jin could see the location of the bionic flying fish robot through Benben beside him.

It is not easy to transmit information in the sea, so even this kind of bionic flying fish robot can only reach 600 meters under the water. If it goes further down, the bionic flying fish robot will lose contact.

Subsequently, Cai Jin conducted a series of tests on the bionic flying fish robot and collected a series of data.

Establish a database through this bionic flying fish robot, thus laying the foundation for the future army of bionic flying fish robots.

After all, the sea environment is completely different from the small pond in his laboratory.

The sea environment is much more complex, and there are various situations.

This is far from being a simulation that can be computationally prepared.

For example, according to the model, this bionic flying fish robot can maintain a speed of 75 kilometers/hour at 700 meters underwater, but in fact it is only 65 kilometers/hour, a reduction of nearly 15%.

There is also a bionic flying fish robot that jumps out of the water and can fly 4 kilometers under the most unfavorable conditions. But in fact, under strong winds and waves, it flops and falls into the water as soon as it jumps out of the water.