Global Disaster: I Have Countless Black Technologies

"At that time, it will not be easy to clean up the mutated giant manta ray."

Confirming that his inspiration seemed to be able to kill the mutant giant manta ray, Li Hao immediately walked out of the bathroom and towards the industrial workshop.

He couldn't wait to put this idea to the test.

If you really succeed, you can directly save a lot of points.

Step into the industrial workshop.

Came to the super 3D printer bed [Li Ji did not immediately start to make his own ideas, electric long gun angle collision weapon.

Instead, he said to the screen in front of him: "Jarvis, start calculating the force shape, sharpness, and toughness required for a long gun to hit the angle of a long gun through the skin defense of the mutated giant manta fish under the full power impact of the simulated submarine-type mobile ocean shelter..."

Obviously, this kind of spear angle weapon that can severely damage the giant manta fish cannot be made indiscriminately.

This kind of "melee weapon" installed on a submarine-type mobile ocean shelter seems to be very simple, but in fact, it is not simple at all to do it.

Needless to say, if it wants to really be used in actual combat, used to penetrate the giant manta skin defense, its force shape, sharpness, toughness, including the impact force of the submarine-type mobile ocean shelter 573, all kinds of data need to be taken into account.

Finally, after a series of accurate calculations and simulations, the design model of the ramming weapon of the long gun was taken down, ensuring that it was not a silver wax head.

"Yes, sir."

Sensing Li Hao's intentions, Jarvis immediately began to execute the order.

Using a small super-biological computer that crunched 811 million times per second, Jarvis imported various relevant data parameters and began to simulate the situation when a submarine-type mobile marine shelter spear hit the angle and attack the mutated giant manta ray.

In just a few seconds, hundreds of millions of simulations were completed, and the design drawings of the long-gun angle weapon envisaged by Li Hao were rapidly developed.

A minute later.

Jarvis: "Simulation calculation complete!" The design drawings of the submarine-type mobile marine shelter front-armored long gun angle weapon have been fully deduced.

"The optimal design drawing is as follows..."

Next second.

A design drawing of a strange spear-shaped angled weapon tens of meters long, with a flat and sharp tip, a thick tail end and many hideous barbs appeared on the big screen in front of Li Hao.

(BFAB) With the appearance of this bizarre spear-type collision angle blueprint, Jarvis continued: "According to computational simulations, this weapon design can perfectly penetrate the skin defenses of the mutated giant manta while also preventing it from struggling to escape..."

"However, the strength of the alloy used to make this weapon needs to exceed sixty times that of ordinary steel alloys..."

"Sixty times more than ordinary steel alloys?! Is the energy-absorbing alloy suitable for the manufacture of this weapon?"

Hearing this, Li Hao asked directly.

You know, the strength of the energy-absorbing alloy itself is more than 50 times that of ordinary steel alloys.

After absorbing a large amount of energy, its intensity can continue to rise.

The strength exceeds that of ordinary steel alloys by 60 times.

It can be said that it is a breeze.

If it can be made from energy-absorbing alloys, then he does not need to go to the system store to buy new alloy formulas.

This will undoubtedly save a lot of points.

Unfortunately, Jarvis's answer made him a little disappointed.

Jarvis: "Energy-absorbing alloys don't work. This metal has energy-absorbing properties, which is naturally very useful for the creation of defensive buildings, but for weapons that rely on sharp damage, when using this material, when attacking the enemy, it will reduce the impact force attached to penetration.........."

"It seems that you can only go to the system mall and buy another applicable alloy formula."

Hearing this, Li Hao muttered.

After asking Jarvis, he also remembered his idea of using a spear to strike the horn weapon to conduct electricity and directly attack the internal organs of the mutated giant devil fish.

If you use energy-absorbing alloys directly, then this idea is obviously completely nonsense.

After all, the high-voltage current of the electromagnetic stance generator spreads to the long gun angle collision weapon, and I am afraid that it will be immediately absorbed by the energy-absorbing alloy.

What else to attack the organs inside the mutated giant devil fish.

"In other words, the alloy formula required to make a long-gun angle-bumping weapon needs to be more than 60 times stronger than ordinary steel alloys, and it must also have excellent electrical conductivity."

Thinking of this, Li Hao also directly opened the Doomsday Technology Mall and began to screen alloy material formulas that meet these requirements.

Enter all of these requirements into the filter bar.

The next moment.

Energy conduction alloy formula, super conductive alloy formula, nano alloy formula...

A variety of alloy formulations that meet these requirements appear in front of Li Hao's eyes.

After some comparison, Li Hao finally chose the formula of super conductive alloy.

【Super conductive alloy】

【Synthetic materials】: silver, nickel, copper, iron, zinc

[Strength]: 70

[toughness]: 80

【Metal characteristics】: Low power consumption

[Introduction]: This is an alloy formula specially created for some electromagnetic weapons, the strength and toughness are more than 70 times that of ordinary steel alloys, and it has low-consumption conductive characteristics, which can convey conduction force almost without loss.

【Price】: 7200 points

"All the properties perfectly meet the material requirements of the design drawings of the long-gun angle-impact weapon."

"The price is not expensive, it is cheaper than energy-absorbing alloys..."

Although the basic performance of this alloy formula is higher than that of energy-absorbing alloys, the energy absorption function of energy-absorbing alloys is obviously more difficult and advanced.

Therefore, the price of this alloy formula is 800 points lower than that of energy-absorbing alloys.

No hesitation.

Li Hao bought the alloy formula directly.

-7200.

After buying this super conductive alloy formula, Li Hao did not ink, and immediately walked towards the automated metal furnace on the side.

Enter it into the alloy recipe library of automated metal furnaces.

"According to Jarvis's estimates, if you want to make the long-gun angle weapon in the design drawing, you need at least 30 tons of super conductive alloy..."

Looking at the production options of the super-conductive alloy that lights up on the display, Li Hao puts in the metal raw materials and sets the production quantity.

Then, click Production.