The humanoid armor is rely a weapon platform; it needs to be equipped with sufficiently good weapons to maximize its power.
After recording the hit rates at various distances, the testers began the next round of tests.
The precision testing is complete; next is the test of firearm power.
This test is the most important one, and today’s focus is primarily on it.
Destructive power is the data most valued by the military, far more important than precision.
Whether this Gauss rifle is suitable as the main weapon for humanoid armor depends entirely on its power.
The Gauss rifle was invented because traditional firearms could not penetrate humanoid armor defenses, prompting a search for new firearm types.
This rifle is intended to combat enemy humanoid armor, and if it lacks power, it’s aningless.
The personnel at this base are highly efficient and quickly proceeded to the next test.
Soon, so people drove over with several thick steel plates, which are targets for testing destructive power.
Originally, they planned to use Gold-Titanium Gold, a super tal, to test the firearm’s power.
After all, the Iron Man armor is made of this tal, and if the Gauss rifle can penetrate this alloy, it’s sufficient to deal with humanoid armor.
Unfortunately, their request was denied; Gold-Titanium Gold tal manufacturing is not easy at all.
The Yan Family has begun full-scale production, but the output has never improved.
This tal is a primary material for Iron Man Armor, with each piece being incredibly precious.
Using it for testing would be an enormous waste.
The alloy used up in testing here might an fewer Iron Man Armors for the Yan Family.
Thus, they had no choice but to use several thick steel plates.
The thickness of these steel plates reached 60 centiters, enough to defend against many things, and although not comparable to Iron Man armor’s defense, it’s sufficient to test the Gauss rifle’s power.
With the steel plates set up, the soldier started shooting again, walking to the firing position and slightly adjusting his aim at the distant steel plates, before pulling the trigger without hesitation.
A bullet flew out of the muzzle at high speed, heading straight towards the steel plate.
The Gauss rifle’s bullet speed is extrely fast, hitting the steel plate in an instant.
As the bullet hit the steel plate, a loud noise echoed across the shooting range.
Then a large hole appeared in the steel plate, revealing the scenery behind it.
After witnessing the gun’s power, everyone was shocked, unable to close their gaping mouths for a long ti.
They expected great power from the Gauss rifle, but not to this extent.
No one expected such a thick steel plate could be pierced by a single shot.
The hole’s edges revealed marks of lted tal, resulting from the heat generated by the bullet and steel plate’s high-speed friction.
The Gauss rifle’s imnse power relies entirely on its bullet speed.
With constant mass, the higher the speed, the greater the kinetic energy, so with the sa caliber, faster bullets lead to greater destructive force.
The Gauss rifle’s characteristic is its fast bullet speed, enhancing the firearm’s overall power.
Jiang Cheng nodded in satisfaction seeing the firearm’s power.
The results closely matched his estimated data, eting his design requirents.
This product essentially t Jiang Cheng’s expectations, marking a successful experint.
After testing both precision and power, several more experints were conducted.
For instance, testing firearm usage in extre environnts involved placing the firearm in various artificially created extre conditions, observing its shooting performance.
Detailed data of the firearm were thoroughly asured.
The firearm tests continued one by one, with "Silver Fox" performing perfectly in each, without a single bad performance.
The tests concluded quickly, and the testers all revealed satisfied smiles, looking at Jiang Cheng with even more respect.
For these firearm experts, Jiang Cheng was a genius in firearms, casually producing such perfect guns.
After the tests, Jiang Cheng invited the soldier over, wanting to ask him so questions.
While using the Iron Man armor, have you noticed anything amiss, or any details in need of improvent?
Being the user of Iron Man Armor, many issues require long-term use to be discovered, hence Jiang Cheng sought his inquiry. This armor is amazing! It feels flawless, I can’t point out anything needing improvent," the soldier said, scratching his head.
However, I felt that close combat when wearing armor isn’t enjoyable due to a lack of suitable weapons for lee engagents.
Hearing the response, Jiang Cheng pondered; indeed, Iron Man Armor lacks close combat weapons, a small oversight on his part.
Iron Man Armor now has the Gauss rifle as its main weapon, solving weapon-related issues.
Jiang Cheng believes the country will start mass-scale Gauss rifle production after these tests.
In the future, the Gauss rifle nad "Silver Fox" will be the standard weapon for Iron Man armor.
With weapons equipped, Iron Man armor is more formidable.
However, another issue remains unsolved: Iron Man armor does not have suitable close combat weapons.
For ranged attacks, the Gauss rifle suffices, but in close quarters combat, a lee weapon is necessary.
Don’t assu high-tech humanoid armor doesn’t need lee weapons.
Though lee weapons sound backward compared to using firearms from a distance, they’re indispensable, and without them, one might suffer on the battlefield.
Once enemies get too close, the Gauss rifle’s destructive power may greatly diminish.
In close combat, no firearm matches a lee weapon in utility.
A close combat weapon remains necessary, posing a new challenge.
This issue hadn’t been identified in previous drills, even Jiang Cheng overlooked it.
Had Jiang Cheng not asked this soldier, frequently operating Iron Man armor today, he might never have realized this issue.
Fortunately, Jiang Cheng inquired casually today; otherwise, encountering this problem later would have been troubleso.
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