Chapter 338: Starship Design
Given the legend written by the original Enterprise NCC-1701, the United Federation of Planets placed great hopes on this new starship that inherited its name and spirit.
With the approval of the Supreme Council, the construction plan for the new Enterprise NCC-1701-A was elevated to the highest priority. The Federation decided to integrate and apply the newest, most cutting-edge technology to this new ship.
They invested in the most cutting-edge warp engine designs, the most advanced computer systems, and weapon platforms.
Given the technical insight and unconventional problem-solving approaches that Akira demonstrated in the previous series of events—which far exceeded the Federation's current level—the Starfleet Academy of Sciences and the Starship Design Bureau, after careful consideration, issued a formal invitation to him. They hoped he would join the consulting team for the design and construction of the new Enterprise as a special technical consultant.
This invitation played right into Akira's hands.
His own flagship was also in the stage of construction and technological accumulation. Being able to closely observe and even participate in the construction process of a mature interstellar civilization's most cutting-edge starship was an extremely valuable experience for him, providing many worthwhile references.
He accepted the invitation with almost no hesitation.
As a consultant, Akira did not come empty-handed.
Following the principle of knowledge exchange, he provided the Federation's team of scientists and engineers with a "greeting gift"—detailed synthesis formulas and processing guidelines for two basic materials: Adamantium and Ceramite.
When the Federation's materials laboratory successfully synthesized the first batch of samples under extreme conditions based on the parameters he provided, the test results caused a sensation.
The almost absurd energy conductivity and structural strength of Adamantium, along with Ceramite's outstanding performance in resisting kinetic impacts and energy weapons, boasted performance parameters that far exceeded any alloy or composite material currently known to the Federation.
These two materials, especially their potential military and industrial application prospects, deeply shocked the Federation's high command and technology departments.
Akira then opportunely provided several relatively basic power system design plans that possessed greater advantages in energy utilization efficiency and miniaturization, as well as some unique algorithms involving information processing and data encryption.
Faced with the sincerity Akira displayed and the immense value of the technology he provided, the United Federation of Planets underwent multiple rounds of urgent and careful evaluation and debate internally.
Ultimately, the Federation Science Council and the Supreme Command reached a consensus, deciding to initiate a technology exchange agreement at the highest classification level.
In return for the technology Akira provided, particularly the formulas for Adamantium and Ceramite, the Federation granted Akira limited access to the core technical database of the Genesis Project.
Akira finally gained access to the treasure trove of knowledge he had longed for.
His data processing core began to analyze at full speed the characteristics of the "Genesis Particles," the basic principles of macroscopic matter reorganization, the mathematical models of life sequence encoding and activation, and the original design blueprints of the "Genesis Device" capable of reshaping a planet's environment.
Although the data provided by the Federation might not be the most cutting-edge, real-time research data, and the sections regarding ethical constraints and safety protocols occupied a considerable amount of space, it was already enough.
For Akira, acquiring its basic theories and technological core was the key.
He began to compare and verify the principles of the "Genesis technology" against his existing knowledge system. In his mind, he was already starting to deduce how to optimize its energy consumption and improve its control precision, as well as pondering its potential application scenarios in the harsh environment of the Warhammer universe.
Whether it was repairing war-ravaged worlds or terraforming originally uninhabitable planets, its strategic significance was self-evident.
Akira carefully examined the design blueprints and engineering models of the Federation starships. He did not underestimate them just because Federation starships were typically on the scale of several hundred meters.
On the contrary, he saw a design philosophy and application scenario entirely different from the colossal, multi-kilometer-long behemoths of the Warhammer universe.
He clearly recognized that a ship's combat capability or value was not purely proportional to its size.
In the Warhammer universe, the Imperial Navy's void ships, which were like moving cities, certainly had the massive volume to house powerful weapon arrays, thick armor, and fully formed formations of Space Marines. However, their construction and maintenance costs were exorbitant, their mobility was relatively sluggish, and they appeared overly bloated in certain specific missions.
In comparison, the "compact" size of Federation starships demonstrated extremely high adaptability in many scenarios instead.
For example, when conducting detailed reconnaissance of a planet's surface, delving into complex nebulas for scientific expeditions, or making initial contact with newborn civilizations, a fully functional, highly maneuverable small-to-medium starship was far more suitable than a cumbersome battleship. It could effectively reduce unnecessary intimidation and interference, improving mission efficiency.
What Akira appreciated even more was the concept of modularity and redundant backup reflected in the Federation's starship design.
He particularly noted that the design of many Federation starships, including the old Enterprise, allowed for the bridge module or key sections of the primary hull to separate and operate independently in emergency situations.
When the main body of the warship suffered irreparable damage, the bridge could detach as a small starship equipped with basic propulsion, life support, and communication capabilities, greatly increasing the crew's chances of survival.
This kind of thinking—"packaging" core functional units into independent escape pods—was relatively rare in the ship designs of the Warhammer Imperium. The Imperium was more inclined to rely on thick armor and massive structures to "tank" damage.
By participating in the consulting work for the new Enterprise, Akira gained a deep understanding of the Federation's unique expertise in shipbuilding.
Their ultimate pursuit of space utilization efficiency, the exquisite and efficient layout of energy conduits, the dynamic adjustment algorithms of the shield systems, and the system integration capability of highly condensing scientific exploration, life support, and basic defense capabilities onto a relatively compact platform.
He couldn't help but compare this with the Imperium's approach to shipbuilding.
The Imperium's ships were undoubtedly powerful and sturdy, full of the aesthetics of violence. But it had to be admitted that there was a massive amount of "wasted tonnage" in terms of overall design efficiency.
To pursue ultimate firepower and protection, and to accommodate those grandiose structures filled with a sense of religious ritual, the effective utilization of internal space and the overall operational efficiency were often sacrificed.
The structural strength of many non-critical areas far exceeded what was necessary, and the energy transmission paths also suffered from unnecessary lengthiness and loss.
This experience of participating in the design of a Federation starship was a valuable learning opportunity for Akira.
He not only acquired specific technical details in fields such as materials, energy, and shields from the Federation, but also absorbed a starship design philosophy different from the Warhammer world—one that focused more on efficiency, adaptability, and crew survival rates.
These pieces of knowledge and concepts would all be carefully analyzed and filtered by him. They possessed the potential to be integrated into the blueprints of the flagship he was designing for himself, giving birth to a more unique and efficient starship design that combined the strengths of both universes.