Interdimensional science and technology starting from cyberpunk

Two worlds, working together.

In the Marvel world, Leal's need is to develop new firearms suitable for exoskeletons.

Michael walked into his separate design studio, turned on his computer, created a new folder, and prepared to observe the existing designs and look for ideas.

Then Leal sent him a document, including scans and operating schematics of the two guns.

The coffee he just lifted stopped in the air, and Michael was stunned.

"What the hell?" Michael shook his head. It might be a design that the boss had secretly conceived for a long time.

That's fine, then let's make it first and test it out - think about how to make it.

Just when he was thinking about how to make these two types of guns first to check their quality, the manufacturing system received the data, fed the alloy into the machine tool, and cooperated with the robot to start manufacturing components.

Michael raised his head and happened to see Lear putting the chip storing the processing data into the machine tool.

"Um?"

Then he takes a look at the exoskeleton prototype that needs to be improved and tests it.

More data appears on the computer, all of which are actual combat data, and they are combat data under extreme conditions.

"Um"

Michael raised his head and looked at Lear in confusion.

Lear had already left the console and walked straight to the machine tool, ready to start assembling the first prototype.

"Why are you standing there? Prepare for the first test, and then we will revise it."

"Um."

Michael gave up thinking, thinking that being efficient was a good thing.

In the cyberpunk world, that's where Lear needs to prototype.

Michael is good at the research and development of advanced prosthetics, including exoskeletons, but his design needs to consider mass production, and the environment in the Marvel world is much better than here.

But the prototype here needs to be as extreme as possible.

The exoskeleton Jack used previously was the prototype currently used by the Atlas Group. Generally speaking, it is still lightweight, with the addition of a heavyweight component such as the enhanced finger tiger.

This time, in order to increase the protective area and increase safety, the strength of the exoskeleton needs to be further improved, so all materials synthesized this time are used.

These materials were originally used by Dr. Otto for the prototype octopus arms, and they are also the best materials Lear has on hand. Synthesis is very difficult and expensive. The current quantity is not enough to build a car, but it is just right for building equipment.

The structure is thickened, the number of motors is increased, and the conduction cables are increased.

If the original exoskeleton was just a bunch of equipment that used a metal frame to enhance the strength of Jack's body, then now, in addition to the thicker support and conductive components, powerful alloy composite armor has been added.

On the lower body, the armor used is more lightweight and only roughly blocks the metal frame. Standard energy storage batteries are added under these armors to provide access base for the use of more exoskeleton components.

Starting from the upper body, a large piece of metal armor covered the chest, abdomen and back, and the armor on the shoulders and hands was even worse.

For Jack, for such a medium-sized exoskeleton, the biological power provided by the Lizard Rage component is still sufficient, and it is basically at its limit.

So for him, these batteries have been reduced in weight, and the upper body armor has been redesigned to be thicker and equipped with the second version of enhanced gloves.

In addition to the propulsion turbofan, a long-range weapon structure must be added.

Considering that most of the time this weapon is stuck on the human face, the structure of this weapon was finally chosen to be equipped with the design of the Malorian 3600 super submachine gun. The gunpowder weapon is more durable than the structure of the technical weapon.

Twelve rounds of 14mm caseless bullets are added inside each arm. With the special internal heat pipe structure and turbofan, the heat generated by shooting will eventually condense to the front end of the finger tiger. After multiple consecutive shots, the front end temperature can reach 200°C.

This temperature has little effect on the strength of the glove, but if it hits a person, the mere contact can cause serious burns.

[Research and Development Completed: TacticalCore (Tactical Core) - Type 3 Exoskeleton]

[Description: A third-type exoskeleton prototype with increased hardness, which is middle-weight compared to type 2.

It maintains a certain degree of flexibility, focuses on increasing defense capabilities and energy supply conditions, improves the ability to connect heavy weapons, and strengthens frontal combat capabilities. 】

[Research and Development Completed: Exoskeleton Component - Enhanced Knuckles Type 2 "Scorching Knuckles\