The decoration is a little old, but it's a clean little hotel.

He took out a small instrument and scanned the entire room to make sure there was no hidden camera or recording equipment.

Su Wen locked the door and entered the personal space directly.

The ultra-flat world illuminated by soft white light has undergone considerable changes compared to when Su Wen activated the system a day ago.

The three major pieces, the nanoforge, the universal factory, and the fission reactor, have all been placed separately.

And for the first two, the corresponding inlet, outlet, and conveyor belt have been arranged.

Two production lines with different functions have begun to take shape.

Next to the fission reactor, thick cables are connected one after another, and the power network in the space is being built.

One of the particularly thick cables extends from the transformer and is connected to a large number of high-energy capacitors deployed in the cluster.

These capacitors are used to provide additional power storage capacity for the space in case of emergency.

Slightly closer to the 'energy area' and 'industrial area' are the 'stockpile area' and 'warehousing area'.

The former stacks raw materials and the latter stacks finished products.

As for the most remote ones, they are the 'ammunition storage area' and 'hangar' where military equipment is parked.

There is no living area.

Su Wen doesn't need this thing for the time being, and he doesn't live in the space.

However, he did store some food, water, medicine, daily necessities, camping equipment and other things in the space just for emergencies.

In the industrial zone, the production lines are neat and orderly;

In the storage area, materials are piled up;

Among the tarmac, drones were parked quietly.

The armor's surface is coated and glows faintly under white light;

The muzzle protruding from the fuselage reflected a chilling steel light.

Su Wen stared at the scene in front of him and nodded with satisfaction.

Not bad!

This looks a bit like a military base.

"System, prepare to feed!"

Then, he ordered,

"It's time to build a new war machine!"

..

Boxes of steel, copper, aluminum, and rare metals;

Rolls of rubber, plastic, carbon fiber;

Large blocks of high-purity silicon and glass crystal;

Canned compound oils and volatile gases;

...Etc., etc.

A large amount of industrial materials purchased at a huge cost were poured into the feed port and engulfed in dazzling white light.

The universal factory, which is about the size of a flattened apartment building, emits a howling sound like a dragon roaring and a tiger roaring under the injection of surging electricity.

Along with the shocking roar, the power of the universal factory began to surge, gradually entering full capacity operation.

At the same time, Su Wen, wearing huge noise-canceling headphones, stood not far away, looking down at the holographic projection panel.

The next stage is being determined on how to form the main arms of the omnic army.

Currently, he has the ability to produce all types of blueprints in the three T2 level blueprint packages.

It's just a matter of cost.

Among them, the T2 level drone is easy to choose.

Basically, it still follows the idea of ​​​​t1, divided into two systems: land and air.

The air unit is an upgraded model of the 'Worker Bee', the 'Killer Bee'.

It adopts a twin-turboprop design that is completely different from the former four-rotor. Its climbing and leveling speed is increased several times, and it is equipped with a more advanced capacitor and has a longer airborne time;

In terms of weapons set, the original one 5mm three-barrel rapid-fire machine gun was upgraded to two 5mm six-barrel rapid-fire machine guns.

The reason why a larger caliber is not used is because it is not cost-effective in terms of ammunition preparation.

But unlike the previous model, the 'Killer Bee' is also equipped with a 76mm six-barreled rocket nest, and ammunition can be replenished in the drone hive.

As its name suggests, the 'Killer Bee' is much more aggressive than the previous model, and this rocket nest will become its deadly stinger.

Six 76mm rockets, if they all hit, are enough to destroy a C-17 or even a large C-5 aircraft.

And if you stand down and attack the top, no active main battle tank will be able to escape its hunt.

As for ground drones...

The 'Scarab', which inherits the design idea of ​​the 'Reptile', is larger, has thicker armor, and has more powerful firepower.

In particular, the weapons group has been upgraded from the former's 40mm cannon + 14.5mm single-barreled coaxial machine gun to a 76mm main gun + two 14.5mm machine guns;

This is completely a tank-level firepower configuration.

In fact, many tanks in the early days of World War II were not as good as it.

However, the position of drones in the system technology tree is actually cannon fodder.

They are just junk arms that are 'low-cost', can be 'rapidly mass-produced', 'used on a large scale', and have 'a certain degree of combat effectiveness'.

The two drones that had previously bloodbathed the Broken Woodland were just doing odd jobs.

Now there are two upgraded versions, at most, they are upgraded from cleaners to security guards.

In the system technology tree, the real combat units are still to come...

——T2 starfighter!

As the first true 'combat unit' appearing in the technology tree so far.

Starfighters are actually carrier-based aircraft carried by aircraft carriers.

In terms of volume, it is smaller than the smallest frigate. It is not equipped with a hyperspace engine, so it does not have the ability to conduct deep space navigation or hyperspace navigation alone.

But they all have the ability to fly within the 'gravity well', that is, on the surface of the planet.

In the gravity well, the cruising speed exceeds Mach 5, and with afterburner turned on, it easily exceeds Mach 20.

It can stay in the air, hover, and take off and land vertically.

It is controlled by a dedicated quantum computer, but there is also a cargo bay that is accessible to the driver.

All models of starfighters have at least all of the above functions, but due to different functional divisions, they have different performances. The differences are mainly reflected in the weapon set, armor, and shields.

Currently, Su Wen holds the following blueprints:

The T2 Talon interceptor is equipped with the Vulcan kinetic cannon and the Swarm SRM launcher, making it an all-rounder suitable for interception, dogfighting and other combat missions;

T2 'Echo' attack aircraft, equipped with two 'Linnu' pulse cannons, forming an overwhelming energy barrage;

The T2 'Dagger' bomber does not carry any weapons except for an 'Atropos' space torpedo, but it is equipped with an extremely powerful shield and can easily fly away to reload after completing the bombing.

"One by one, why are you doing such an outrageous thing? Just go straight to the starfighter for this small fight on the ground. Don't you think it's too much firepower to make a fuss?"

Taking out his beloved calculator, Su Wen gasped while doing calculations:

Darling, they are another group of big money earners!

Is the performance of the starfighter good?

good, very good, excellent!

Any model can completely defeat today's fourth-generation, fifth-generation aircraft, and even the sixth-, seventh- and eighth-generation aircraft that may appear in the future. Even the imaginary Quinjet aerospace fighter cannot compare with it.

Any aircraft that is still in the original "combined fuel + jet engine + manned driving" stage will become a stupid duck compared to these "fusion batteries + electric propulsion + unmanned driving" black technology products.

Not to mention the weapon set, which is all designed for space combat.

If placed on a battlefield within the atmosphere, it would be suspected of having excessive firepower.

One Talon can easily withstand a complete set of ground air defense nets and slaughter an entire wing of F-22s like a turkey hunt.

The technological generation gap is too great.

Fighters designed for space are simply not something that a 'primitive civilization' that has not yet left its home planet can withstand.

If used in secret realm guides, it would be even more suspected of being abusing food.

but...

The cost is too high!

The main structural material of the interstellar fighter is 'interstellar alloy', which can be produced by nanoforges, but requires a large amount of steel, rare metals, rare earth elements, and nanocomposites;

In addition, the 'small fusion reactors' that power them not only require nanocomposite materials for manufacturing, but also consume helium...

Helium three...

Moon soil...

Damn it, whenever Su Wen hears this word, his head hurts.

But...my head hurts, and I feel so hungry!

"No matter how expensive it is, I still want to buy a few of them to play with!"

"It's not enough to throw all this million away. The worst I can do is to do it again. No matter what, I have to win it!"

Su Wen slapped away the holographic projection and said viciously.

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