Speaking of this, Wu Hao pointed to the large screen placed next to him for introduction.
An experimental video about this new composite armor immediately began to play on the big screen. The tester placed a piece of new composite armor on the shooting range fifty meters away from the shooting position, and then two testers wearing camouflage uniforms brought it
A very typical rocket launcher. This rocket launcher is an RPG that frightens and annoys enemies on every battlefield.
A tester was seen carrying a rocket launcher on his shoulder, aiming at the new composite armor fifty meters away and pulling the trigger.
Whoosh!
The rocket ejected tail flames and flew out of the barrel towards the new composite armor fifty meters away.
boom!
Then a burst of fire rose and a violent explosion sounded. As the smoke passed, the testers came to the new composite armor to check it out.
A large crater was blasted out in the middle of the new type of composite armor that was fixed on the target position, revealing layers of horizontal and vertical braid and some scraps.
But when you turn the camera to the back, you can see that this new type of composite armor only has a big bump protruding from the back, but it has not been penetrated.
"good!"
When everyone at the scene saw this, they immediately applauded enthusiastically.
At this distance, a rocket launcher was used for cross-fire testing, and it has not penetrated yet. This fully shows the protective performance of this new composite armor material.
Immediately, two staff members also pushed over this new type of composite armor that was 30 centimeters square. When everyone saw this, they immediately got closer and took a closer look.
"The piece in front of you is the new composite armor used in rocket protection experiments. As you can see, it indeed resisted a frontal attack from a rocket, but it did not penetrate it.
Therefore, using it as the protective armor of this intelligent unmanned combat vehicle can greatly improve the protective performance of this intelligent unmanned combat vehicle and enhance its battlefield survivability.
Not only rockets, but also large-caliber bullets and armor-piercing bullets have very ideal protective properties."
"What is the cost of this new type of composite armor? Can it be used to upgrade armored vehicles currently in service, thereby improving their overall protective performance and protecting the safety of personnel in the vehicle?" The leader showed strong interest on his face and asked Wu Hao.
asked.
"As for cost and application, this is exactly what we at Haoyu Technology have been working hard on."
Wu Hao smiled and said: "It is true that the research and development cost of new composite armor is high, but compared with the improvement in protection performance it brings and its huge contribution to battlefield survivability, this investment is undoubtedly worth it.
"We are conducting cost optimization and production process improvement, and strive to control costs within an acceptable range without reducing performance.
"As for the upgrade of current equipment, this is undoubtedly a direction with great potential.
"We have begun cooperating with relevant departments to jointly study and explore the possibility of applying this new type of composite armor to active armored vehicles."
Speaking of this, Wu Hao showed an excited look on his face and smiled at everyone present: "Imagine, when our tanks and armored vehicles are equipped with this new type of composite armor, their survivability on the battlefield will be greatly improved.
been greatly improved.
"Soldiers will be safer, and their combat effectiveness will be better exerted. This will allow these traditional weapons and equipment to still play an important role in the new battlefield environment, especially for the protection of small, slow and slow targets such as drones.
Performance will be qualitatively improved."
After hearing Wu Hao's words, everyone at the scene couldn't help but nodded, showing smiles of agreement and recognition.
Indeed, the protective performance of this new type of composite armor is indeed excellent. Such a thin and light armor can actually withstand direct fire from rockets at a distance of fifty meters, which is incredible.
"Very good, we need to pay attention to this aspect of work. Both you and the military must do this as an important step in upgrading and improving our equipment in the future."
The leader nodded with an expression of appreciation, and then said: "Although unmanned weapons and equipment are developing rapidly, it is difficult for these traditional weapons and equipment to withdraw from the battlefield in a short period of time.
"In fact, for a long time to come, humans will still be the masters of war. Therefore, we must pay attention to the protection of personnel in wars and battlefield environments.
"Especially now that unmanned weapons and equipment technology is developing so rapidly, unmanned weapons and equipment are being used more and more on the battlefield, and the threat to personnel safety is becoming more and more serious.
"So we must not only develop unmanned weapons and equipment for confrontation, but also develop equipment and technology to defend against unmanned weapons to protect the safety of our personnel.
In this regard, you have done a good job, keep up the hard work."
"Thank you for the leader's praise. We will continue to work hard and strive to achieve better results." Wu Hao heard this and thanked him with a smile.
The leader waved his hand and then motioned for him to continue. Seeing this, Wu Hao immediately organized his words and continued the introduction.
"In addition to passive defense technology, we have also integrated the most advanced active defense system on this unmanned combat vehicle. It can autonomously identify and intercept incoming threats, whether they are artillery shells or missiles, to a certain extent.
Effective defense.
"This intelligent reaction speed far exceeds the limits of human operators, making it almost an elusive target on the battlefield."
Speaking of this, Wu Hao pointed to the equipment on this intelligent unmanned combat unit vehicle, and then introduced with a smile to everyone: "Please see, we have a lot of equipment on this intelligent unmanned combat unit vehicle.
Sensors include lidar, millimeter wave radar, phased array radar, photoelectric lenses, etc.
"These sensors can detect the surrounding environment very accurately and monitor every move around them. When there are rockets or missiles coming, the sensors will sense it immediately. Through the fusion of multiple sensors, we can learn from each other's strengths and weaknesses.
It can very accurately measure the type and distance of incoming targets.
"Thus, the vehicle-mounted active defense system will use the vehicle's defensive weapons to intercept incoming targets, such as high-level machine guns on the vehicle-mounted remote-controlled weapon station, smart anti-aircraft grenades specially used for intercepting missiles and drones, as well as laser weapons, air defense
UAVs, anti-aircraft missiles, etc.
"The entire interception process, from discovery to calculation and processing to interception, may only take a few seconds or milliseconds. This kind of reaction speed and interception capability are far beyond the reach of humans."
Speaking of this, Wu Hao pointed to the picture on the big screen, and then said with a smile: "Judging from the results of the live-fire test we organized, this vehicle-mounted active defense system has a success rate of intercepting rocket anti-tank missiles.
More than 87%. The interception success rate for artillery-fired armor-piercing projectiles is about 60%.
"Compared with other vehicle-mounted active defense systems, the interception success rate of our vehicle-mounted intelligent active interception system is still very high."
