When it ca to scientific research, Jason never interfered. He firmly believed in leaving technical matters to the professionals, a core principle he had always upheld in his leadership philosophy.
This initial batch of power armor was rely a prototype; the engineering teams still had a year and a half to refine and upgrade the design.
According to Professor Hao Yu's roadmap, they planned to replace the current aluminum-air batteries with highly durable radioisotope power cells. This critical upgrade would extend the power armor's operational longevity to a staggering two months!
They also intended to integrate a smart operating system to enhance both the combat effectiveness and the safety of the individual operators.
Beyond the exoskeletons, a wide array of other armants was currently under developnt, including heavily armored tanks, autonomous drones, combat robots, and more.
Naturally, traditional kinetic weapons remained in production. This included high-performance assault rifles, light machine guns, sniper systems, and heavy ordnance, alongside the cutting-edge electromagnetic railguns!
Kinetic firearms remained an indispensable staple of their conventional arsenal. While they offered limited utility in the vacuum of space, they were still highly effective for localized planetary ground skirmishes. Humanity had relied on them for centuries; they were dependable, largely immune to complex chanical failures, and would not be phased out anyti soon.
Furthermore, the most significant drawback of heavy kinetic weapons, the massive recoil had been entirely neutralized by the advent of power armor!
It wasn't that traditional firearms couldn't be engineered to hit harder; the human body simply couldn't withstand the kinetic kickback. Take heavy military sniper rifles like the AWM or the Barrett M82A1, for instance. Without rigorous physical conditioning and proper technique, an ordinary person could easily shatter their collarbone from the recoil of a single shot.
With the power armor, this limitation vanished.
The machine's servos absorbed the imnse kinetic shock; the operator simply needed to maintain their balance while firing. Additionally, the exoskeleton provided an astronomical load-bearing capacity. A single infantryman could now haul thousands of rounds of heavy ammunition without ever feeling the encumbrance.
These newly developed kinetic weapons featured higher muzzle velocities and devastating stopping power, capable of easily shredding the armor of old Earth-era tanks. For most standard operations, they were more than sufficient.
The electromagnetic railgun, however, was in a league of its own. Firing projectiles at an initial velocity of 10,000 kiloters per second, its destructive potential was unfathomable! Yet, the resulting recoil was so violent that it would blow an operator, even one wearing power armor straight off their feet.
Current technology simply could not dampen the catastrophic recoil of the railgun, aning this devastating weapon could only be mounted on massive, nuclear-powered tanks weighing upwards of fifty tons.
This limitation was a major disappointnt for Marcus and the other Special Forces operatives. Unless their scientists could develop a hyper-advanced Gauss Rifle that fired recoilless particle beams, fielding such a weapon on an infantry level was completely off the table for the foreseeable future.
To supplent their ranged arsenal, a chanized lee weapon system was integrated into the right gauntlet of the power armor.
Firearms always ran dry; no matter how much ammunition you carried, it was a finite resource. lee weapons, however, could be utilized indefinitely.
One active research division was exploring high-frequency vibro-blades, which channeled vibrations of several thousand hertz through the material to achieve unparalleled cutting power. Unfortunately, the technology was still in its infancy. It required incredibly rare materials and drained power reserves far too rapidly.
Instead, the engineers opted for a brutal, pragmatic solution: they mounted a high-speed rotating chainsaw forged from Superalloy Z onto the exoskeleton. It worked flawlessly, chewing through solid steel as easily as a lumberjack sawing through timber!
Days turned into months, and months into years. The grueling three-year preparation period passed in what felt like the blink of an eye. Two full years had already co and gone.
By September of the Federation Era, Year 8, all power armor field tests had concluded, and the bulk of the engineering manufacturing was operating at maximum capacity.
Massive stockpiles of newly constructed combat robots, excavators, drones, drop ships, and atmospheric aircraft sat waiting in the hangar bays. They were simply biding their ti until the mothership officially reached the orbit of Nyx. When that mont arrived, Jason would give the command, and this overwhelming chanized force would rapidly deploy for the planetary landing.
"Following the ejection of excess mass, the mothership successfully decelerated from sub-light speeds two months ago. Utilizing directional nuclear detonations and ion thrusters, we are currently cruising at a steady 24 kiloters per second. We expect to achieve orbital insertion around Nyx in approximately three months."
"...The X-003 power armor will be issued as standard gear for all Special Forces and Combat Engineers. The reinforced chassis and integrated systems weigh exactly 60 kilograms, boasting a rated carry limit exceeding 300 kilograms."
"...Construction of the orbital tether ring, asuring 40 kiloters in circumference and 1 kiloter in width, is currently 77% complete. It encompasses the mothership like a halo. Flight tests for the orbital shuttles along the tether ring will comnce shortly."
Citizens watched the daily broadcast networks with rapt attention. As the planet Nyx grew larger in the viewport, the collective sense of anticipation reached a fever pitch.
This rogue planet, adrift in the cold, dark void far from any star, was an absolute mystery. Yet, it represented humanity's very first planetary foothold outside the Solar System!
The spirit of the people was ablaze with determination.
"The magnetic-acceleration orbital ring is almost operational. Incredible! It seems that aerospace engineering and the threat of war are truly the greatest catalysts for human evolution," Jason remarked, looking over the latest datapad reports with a quiet sigh.
The pace of their technological leap over the last few years had been staggering. Driven by a constant stream of massive industrial mandates, the Federation's scientific institutions were experiencing a new golden age of rapid discovery.
It was no exaggeration to say that their current chanized military could effortlessly steamroll any forr nation back on Earth.
Whether one looked at their war machines or their nuclear arsenal, the disparity was terrifying. Their current stockpile of nuclear weapons dwarfed the historical arsenals of every Earth nation combined. Weapons like the Helium-3 warhead with a one-billion-ton yield, or the Tetrahydrogen bomb with a trillion-ton yield... just ntioning those numbers would have terrified any president of the old world.
The harsh truth was that war, or the preparation for it, forced technological evolution.
The first armored tank was invented by the British during World War I.
The first artificial satellite was launched by the Soviets in 1957 at the dawn of the Cold War.
The first computer, born in the sa era, was originally developed by the military for calculating complex missile trajectories.
It was the fierce, do-or-die competition of the Space Race that drove global superpowers to pioneer rocketry, materials science, advanced dicine, bioengineering, and digital computing.
How was humanity's current struggle for survival out in the cosmos any different from a global war?
Sitting across the table, Lily shook her head. "Ultimately, it isn't war or space exploration itself that drives us; it's the sheer pressure of survival. It was true during the Cold War, and it's true right now. As a species, humans are inherently lazy. Take away the existential threat, and our drive to innovate plumts. Right now, we are cornered. We've been living under the shadow of extinction for years, forcing us to squeeze every ounce of potential and wisdom from our minds just to stay alive."
"In tis of long-lasting peace, people obsess over trivial luxuries. They rarely invent paradigm-shifting things like microprocessors or orbital satellites. Isn't that why Earth's technology stagnated for so long before all of this?"
"It's like art," Lily continued. "What's the real value in simply replicating a carving or singing a song perfectly? In science, the people who invent the carving tools or compose the music are the true pioneers. Those who follow are just walking a paved road. No matter how well they refine it, they aren't truly surpassing the ones who built the road."
"Maybe that is the great filter for becoming a true Interstellar Civilization... Perhaps too many species simply get too comfortable?"
Jason nodded, letting out another long sigh. "You're starting to sound like a philosopher... but you're absolutely right. In research, discovering an entirely new branch of physics is infinitely more valuable than optimizing an existing formula to its limit."
"Look at us now. Backed into a corner, we've unleashed an explosive amount of industrial and creative power. Ingenious solutions are popping up every single day. There's a reason they say that, despite our fragile bodies, humans possess a terrifying will to live."
"The problem," Jason noted, "is that this kind of explosive montum is exhausting. Once the imdiate threat of death is removed, the engine slows down. Unless we can fundantally alter the psychology of our entire civilization..."
Jason drifted into thought, staring out toward the stars.
The universe was incomprehensibly vast. Out there in the dark, there had to be civilizations capable of limitless, perpetual advancent without needing the threat of extinction to motivate them. He couldn't even begin to imagine how powerful a species like that would be.
I just hope the Federation can keep this fire burning forever.
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