Changkong Fighter

Chapter 352 A Historic Moment

Travel through a wormhole to fight on another planet.

The pressure is immense!

Humans have lived on Earth for so long and collected a vast amount of atmospheric data before finally taking to the skies.

Everything on the other planet is unknown. Relying solely on the data collected during Chang Kong's one round trip, he ventured to another planet to fight, all in order to deliver a decisive blow to the alien civilization and completely eliminate their war potential.

Liu Jun piloted the J50, positioned at the core and safest point of the aircraft group, watching the fireballs continuously erupting around the sinkhole. It was as if a fireworks display was taking place, with one plume of fireworks after another rising, each one a flower of death.

Then, as if triggered by some emergency response, the alien civilization released a large number of Type 1 machines, which surged towards the fleet like a tide, but the University of Tokyo was also prepared.

High in the sky, a formation of Jiutian UAVs approached the area around the sinkhole. The large-wingspan Jiutian UAVs drew near the battlefield, and the heterogeneous Hive mission pod opened, revealing a circular missile body inside.

Then these projectiles were activated and ejected one after another from the heterogeneous hive mission pod.

After ejection, the folded wings quickly unfold, allowing it to fly farther and gain more energy, while the head is a round photoelectric ball used to lock onto its target.

In situations where communications, data links, and radar are jammed, image recognition is an excellent method. Moreover, even if Type 1 has optical decoys, it doesn't matter, as long as the discrete rod warhead can cover the range of the decoys, it can still attack the main body.

Just like a sniper grenade launcher, it doesn't need to be that precise; as long as the damage is enough to cover the area, that's sufficient.

A large number of Type 1 missiles dive from high altitudes, increasing their speed while decreasing their potential energy. The two missiles fly face-to-face, and when they enter the range of the loitering munition's optical sensor lens, the commands stored in the loitering munition are activated.

pat!

The loitering munition's grand display involved the wings separating from the missile body. After losing the lift provided by the wings, it fell freely under the pull of gravity. However, during the dive, it locked onto Type 1 missiles through the head-mounted optical system and, with adjustments to the tail fins, searched for the point of intersection between the missile body and the other.

boom!
boom!
Once the loitering munition gets close to the enemy's position, the proximity fuse is activated, and it explodes with a bang.

Because the war was at sea and never spread to land, the 155mm and 152mm artillery shells that the East Asian Army had stockpiled were not selling well. When these loitering munitions, which were modified from large-caliber artillery shells, exploded, they were incredibly powerful!
The 10-kilogram TNT equivalent explosion was utterly useless at the decoy distance of Type 1. The discrete rod, propelled by the kinetic energy of the explosion, slammed into Type 1, slicing through its body like a saw. The shattered alien spacecraft plummeted towards the sea below.

More than 20 Jiutian drones were deployed to the battlefield. The flying 155mm howitzers were like a match-3 puzzle, with both sides constantly wearing each other down. This helped the army consume a large number of 155mm shells on the battlefield. The shells flew up with the propellant, which was no different from free fall, since they all exploded anyway.

A large number of Type 1 missiles were replaced, and then shipborne air defense missiles began to perform.

For fighter jets, the most feared air defense missiles are twofold: one is land-based, with a long power end and a very large no-escape zone; the other is air defense missiles on warships, which are not much worse than land-based ones.

A HQ series surface-to-air missile defied Earth's gravity and rapidly ascended into the sky, guided by its anti-radiation warhead, heading towards Type 3, the source of the greatest radiation. These surface-to-air missiles also utilize dual-pulse technology, making them nearly as effective as air-launched surface-to-air missiles, but with a larger warhead yield, they pose a much greater threat to aerial targets.

054A、054B、055、052D主力舰发射的防空导弹彻底在天坑周围撕开一个通道，接着九天无人机部署到战场的第二波次带有火箭助推的155MM巡飞弹向着天坑飞去。

As the first wormhole to be deployed on Earth, it's no surprise that the defenses on the other side of the wormhole must be extremely strong, making it impossible for pilots to simply rush over and use their physical bodies to scout out what's on the other side of the stargate.

The best tool for this task is a drone, especially a low-cost drone with a 155mm payload.

One drone after another was launched from the enhanced version, the Nine-Sky Type A drone, which can fly higher, and deployed to the battlefield.

Using the potential energy from the high-altitude launch, the high-altitude drone rapidly approached the area around the sinkhole. Meanwhile, the alien spacecraft in the surrounding sky were continuously suppressed by the Dongfeng Express missiles launched subsequently and the anti-aircraft missiles launched by the main warship.

Unable to spare extra firepower to intercept the incoming enemy, they could only watch as hundreds of aircraft passed through the sinkhole and flew to the other side of the stargate.

As for what's over there, it's still unclear, but once these drones' television imaging seekers detect a target, they'll crash into it, and it's impossible to say what it is.

After all, extraterrestrial civilizations are not human, so being a little radical towards them is not a big deal.

Whoosh! The first drone, carrying a 155mm howitzer, flew vertically down through the sinkhole and crashed into it, becoming the first drone to traverse two worlds.

No one knows what will happen when the drones fly to the other side. The University of Tokyo is launching drones into the sinkhole as much as possible to ensure that the 80-squadron flight formation will not be intercepted when it flies to the other side of the sinkhole.

More than 80 carrier-based aircraft attacked the group. This was the first time in the history of the University of Tokyo that so many carrier-based aircraft had been organized at the same time.

The aircraft carrier's fuel distribution, ammunition, pilot condition, and take-off and landing all pose enormous challenges, but the University of Tokyo's navy withstood the test this time, with no non-combat casualties.

Under the watchful eye of the satellite, after at least 500 loitering munitions deployed by the Jiutian UAV carrier into the sinkhole, 12 black-bodied Dark Sword UAVs, sharp as swords, charged into the sinkhole and joined the strike mission on the other side.

Their mission is somewhat higher than that of loitering munitions: to create a safe space for the fleet after it passes through, allowing the fleet to safely pass through the most vulnerable period, and then launch a saturation nuclear strike on the homeland of the alien civilization.

The Dark Sword drones passed through, and more than ten minutes later, the swarm of drones approached the sinkhole.

Leading the way, J-15Ts in a triangular formation passed through the sinkhole, signifying that manned aircraft had begun their mission!
Liu Jun watched as the sinkhole drew ever closer. This was the closest he had ever come to it. The enormous ring resembled a crown on the Earth's head, except this time, they were going to look at the other side of the crown.

(End of this chapter)