Prelude to War

The more ample onboard space allowed this battleship to carry either an air wing of up to one hundred aircraft or over a thousand new Combat Drones.

In addition to its various naval guns and air wing, the new battleship was also equipped with anti-ship nanomissiles developed by the Titan Group.

Once these anti-ship missiles, packed with nanobots, struck an enemy warship's armor, they could continuously corrode it, weakening the enemy's defenses.

If these nanobots entered an enemy vessel's interior or breached its armor, it would spell the ship's doom. The nanobots would rapidly devour low-strength materials such as cables within the vessel, instantly stripping it of combat capability.

Besides the anti-ship nanomissiles, there were also heavy torpedoes of varying calibers. These heavy torpedoes, fitted with hydrogen bomb warheads, primarily targeted enemy space stations and ground fortresses.

Of course, that was not all this battleship had to offer. After more than a decade of tireless effort by Titan scientists, the reverse-engineered Kaqi mothership force-field control technology had achieved a revolutionary breakthrough.

This force-field control technology made it possible for the battleship to form an integrated energy shield around its exterior.

Before this technology was put into use, the shield systems on Titan Group warships had been divided into zones. Each ship was split into dozens of sections, with the energy absorbed by each section's shield calculated independently. Once one area was focused down by enemy fire, it would become an unshielded weak point.

But with the application of force-field control technology, the new shield was as smooth and round as an egg, enclosing and protecting the entire battleship.

Shells and energy beams fired from within the battleship could pass through the pale white barrier without any resistance, while incoming shells and energy would be firmly blocked by the force field.