Lan Nuo was surprised by this idea of flying close to the ground. If anything, with the low weight design of the Chocobo, flying close to the ground is possible. Even if it is not flying, but jumping and gliding with its wings, theoretically
It is also possible to reach high speeds of more than 160 kilometers per hour.
At this speed, the tank's main gun is just a decoration. Hitting the target depends entirely on faith. The machine gun does pose a certain threat, but if it is controlled by someone and charges in an irregular route, it is really possible to break through the fire blockade of the armored corps.
Even in mountain combat, it is possible to dive at high altitudes. Not only is the speed faster, but the degree of freedom of dodge in the three-dimensional space is also greatly increased. Even with the same number, it is possible to gain an advantage.
Lan Nuo felt that these people were not designing a tank unit. The positioning of this roadbird was closer to a helicopter than a tank, and it was a helicopter suitable for mountain combat.
However, if you want to control this kind of weapon, you will undoubtedly need extraordinary courage, because it has no cockpit and no armor. When the soldiers control the chocobo to charge, they need to ride on it like the ancient knights.
Chocobo's body rushed towards the enemy's position amid a hail of bullets.
Lan Nuo didn't know how many people had this kind of courage, but he had to say that this idea already had the possibility of victory, as long as there were enough soldiers who had the courage to control this weapon and launch a charge.
Chocobo can carry very little ammunition, so hit rate becomes key, and in this regard, the designer chose missiles!
Ordinary missiles are expensive to make. If the Xingyihui had the ability to manufacture them on a large scale, there would be no need to fight this war at all. The missiles would blast over the ground and the war would be over.
But not all missiles are so expensive. For example, the cost of wire-controlled missiles is much lower. As the name suggests, wire-controlled missiles have a wire connected to the missile. After it is launched, the missile is controlled directly through this wire.
trajectory.
The advantages are low cost and sensitive control. After all, there is a huge difference in response speed between remote control and line control. No matter how optimized, the delay of remote control will be much greater than that of line control.
As for the shortcomings, they are also obvious. As long as the line is long, the wire-controlled missile can fly as far as possible. If you want to hit a target one thousand meters away, you need a line one thousand meters long. This shortcoming is too obvious.
, just such a long line is troublesome enough to carry. Usually only special operations at relatively close distances use this kind of weapon more commonly.
But this shortcoming is not so fatal for Chocobo. After all, its range is very limited. It needs to get close to penetrate enemy armor, so it does not need to bring a too long line.
The engineers even designed the wire-controlled missile in the shape of a kite. When the chocobo charges, it releases the kite missile and pulls it behind it.
This process does not require the missile itself to have power at all, so this part of the fuel is omitted and the load is reduced.
After the chocobo flies near the enemy, it uses the chocobo's own vision to identify the enemy, and uses the kite string to control the ignition of the missile, fall from the sky, and directly initiate the attack!
This last stage of control can be achieved through biotechnology, which combines missile control with the hunting instinct of birds. After locking on the prey, it can hit it very accurately.
Just like a swallow can accurately eat flying insects flying in mid-air at high speed, many times the attack accuracy of animals when hunting is far beyond that of human machines. As long as the chocobo thinks that the enemy unit is its prey, it can
In exchange for a fairly high hit rate.
Lan Nuo had to admit that even with the same number, this design would have a certain advantage in the charge. The problem was still the courage of the soldiers. To launch a charge towards the armored corps without any armor was simply unbelievable.
It's like committing suicide. The enemy will even attack the commander riding on the back of the chocobo first. Every battle is a test of life and death.
"Your design requires too much courage from the soldiers, but indeed, it has some merits, but have you ever considered how these chocobos are replenished?
If you want to achieve the combat performance you designed, most of the digestive system occupying the abdominal cavity must be degraded and converted into muscles and ammunition supply devices.
It is impossible for them to hunt during the battle. Even if you try to use lightweight weapons when designing to reduce supply requirements, the food for the chocobos and the ammunition you need will still put a lot of pressure on logistics.
big.
Especially in your tactical design, chocobos need to go deep into the jungle. If you carry food and supplies by yourself, each chocobo will charge up to two times, which will exhaust its stamina. If you want to ensure the survival rate, each chocobo must
You can only launch one charge per action, which means your mobility advantage is greatly reduced."
Because he saw the possibility of victory, Lan Nuo also joined in the design and pointed out the biggest problem with the main battle unit they designed.
Tang Bowen, the chief designer of Chocobo, heard this and came up with a design plan of his own, explaining: "We are indeed aware of this problem. If the digestive system is retained, the battery life of Chocobo can indeed be greatly improved, but
The speed and load will be greatly reduced. Every time the speed is slower, the casualties of the soldiers during the charge will increase significantly, so it is impossible to preserve the digestive system.
In terms of logistics, it is impossible for us to compete with the Allies. Without Tesla power towers and relying on the energy provided by thermal power generation, we have no hope of making a comeback in terms of productivity, so we chose
Another option.
Completely abandon the fixed base layout and still adopt the local supply plan, but this requires the transformation of the entire Sichuan-Sichuan Basin. This is a kind of ant that has been genetically modified by us. According to our investigation, their natural habitat in the Sichuan-Sichuan Basin is
There are no natural enemies in the ecosystem, and they will spread everywhere in a short period of time like invasive alien species.
And they will produce and accumulate a kind of sugar in their caves. We designed a symbiotic relationship between the chocobos and these ants. The ants will store themselves in the chocobos under the influence of the pheromones released by the chocobos.
The sugar from the underground is transported out as an energy supplement for the chocobo, and this sugar is packaged by the ants, just like a bee's hive. It is modular and can be used by plugging it in, which is equivalent to the chocobo.
of energy blocks.
We have even considered letting these ants produce propellants, so that we can even carry only warheads as supplies, propellants, and food for soldiers and chocobos. The only problem is that,
It will harm the natural ecology of the Sichuan-Sichuan Basin."
[To be continued]
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