Facing everyone's gaze, Wu Hao nodded slightly under everyone's expectations: "It is possible, but it requires a matching detection system and equipment.
Our active defense system uses lidar and pattern recognition systems, which have a limited detection and interception range and can only be used for short-range and air interception.
Therefore, if you want to achieve longer-distance detection and interception, it is obviously impossible to rely on them. You need equipment and technology with longer detection distances. Even if you change the detection system to match it, you still need to monitor the entire active defense system.
Modify and upgrade it to make it more adaptable to the integrated artillery and artillery system or self-propelled rapid-fire anti-aircraft gun, so as to exert stronger combat effectiveness."
Hearing Wu Hao's answer, everyone nodded and praised. If nothing else, just this active defense system will make anyone jealous. This simply provides a safer guarantee for the infantry, especially the armored units that are suffering from air attacks.
Let’s not talk about this unmanned vehicle, but this active defense system is of great military practical value.
So some people present couldn't help but start thinking about how to cooperate with Wu Hao and the others.
Even more happy are some representatives of the Navy. Originally, the Navy only planned to send some Marine Corps chief officers and representatives to participate in the actual demonstration event of this promotion meeting. Anyway, they are all on land, and
The Navy doesn't have much to do with it.
Later, I heard that a series of new weapons and equipment technologies would be displayed during this live-fire demonstration event, so many representatives and leaders from the navy came.
When they saw the first two demonstrations of this unmanned vehicle and the active defense system, their eyes couldn't help but shine.
In their view, this is simply a weapon and equipment tailor-made for them and the navy. You must know that the most feared and most threatening thing for naval ship operations now is the incoming air and sea missiles from local places.
These missiles come in all kinds and are extremely powerful. If one hits one, the entire ship will basically be destroyed. Therefore, the Navy attaches great importance to its own air defense and anti-missile combat capabilities, and has also developed many corresponding weapons, equipment and ships.
, such as the famous Aegis ships, their main mission is air defense, followed by anti-ship and land and sea operations.
At present, the ship air defense system is mainly divided into three parts: long-range air defense, medium-range air defense, and process air defense, or triple protection. Through layer-by-layer interception, it can resist and intercept missile attacks from local areas.
However, today's anti-ship missiles basically use full-range or terminal supersonic and hypersonic speeds, which also makes their interception very difficult. Especially mid-range and terminal interception, the time left for combatants to respond and process is very short. Interception
In order to save the lives of a boatload of people, if you can't stop it, you can only...
If this active defense system can be moved to the ship to replace the existing close-in defense artillery or process air defense system to intercept incoming missiles, it will be able to greatly improve the interception of incoming missiles.
Success rate. This greatly improves the battleship's battlefield survivability and lays the foundation for continued operations and counterattacks.
Wu Hao even said later that there is no need to replace the existing weapon systems, such as close-range rapid-fire cannons, short-range air defense missiles, etc., and this active defense system can be directly embedded into it and integrated with the original fire control system. In this way
Come on, we can achieve short-range active defense of battleships without large-scale modifications, which is simply ideal.
The extremely excited naval leaders originally wanted to go up and talk to Wu Hao, because they were eager to learn more about this weapon and equipment technology. However, looking at the many leaders sitting around Wu Hao, they held back.
Come on, it’s not advisable to act too hastily now, don’t waste this little time. It’s better to wait for the live ammunition demonstration event to end before contacting Wu Hao.
In Wu Hao's explanation, the third live-fire test was ready. Without any unnecessary nonsense, Wu Hao immediately signaled the demonstration to begin.
As for him, he smiled at the leaders present and introduced it.
"Dear leaders, next we will demonstrate to you the third live-fire test project. Previously, our medium-sized intelligent unmanned combat vehicle has successfully intercepted rocket raids and swarm attacks of suicide attack drones.
Next, we will demonstrate to you the longest and most deadly threat that ground armored vehicles and ordinary vehicles encounter on the battlefield, which is the attack of anti-tank missiles.
Compared with rockets and suicide attack drones, anti-tank missiles are larger, fly faster, more powerful, have diverse ballistic trajectories, have very powerful maneuverability, and ultra-high accuracy.
Therefore, this can be said to be a practical weapon for infantry against armored vehicles.
We have even checked relevant statistics and found that in various armed conflicts and wars in the past decade or so, only a very small number of ground armored vehicles were actually destroyed by rockets, drones and local armored vehicle artillery.
The vast majority of armored vehicles were destroyed by the opponent's missiles. Among them were various missiles from various vehicles, armored vehicles, anti-tank guided missile vehicles, armed helicopters, ground attack aircraft, and fighter jets.
Tank missiles, and ground attack ammunition. There are also individual anti-tank missiles launched from small groups, guerrillas, and scattered armed personnel in surprise attacks.
Compared with rockets, anti-tank missiles have a longer launch distance and are more accurate. Therefore, they are often difficult to guard against and can easily be attacked by the opponent.
So in this demonstration, we will launch three anti-tank missiles of different types from all directions to attack this medium-sized intelligent unmanned combat vehicle. Let’s take a look at the active active missiles equipped on this medium-sized intelligent unmanned combat vehicle.
Whether the defense system can respond."
As Wu Hao finished speaking, a burst of fire appeared in the distance a few hundred meters away. Along with a whistling sound, an anti-tank missile was launched, and then spiraled in the air towards this direction quickly.
At the same time, two anti-tank missiles were launched from two directions at the same time, attacking the medium-sized intelligent unmanned combat vehicle.
The three anti-tank missiles immediately slid out of many unexpected arcs in the air, and then attacked the medium-sized intelligent unmanned combat vehicle from three angles.
The active defense system on the medium-sized intelligent unmanned combat vehicle also discovered the three incoming missiles through on-board detection equipment and immediately locked and tracked them. At the same time, the medium-sized intelligent unmanned combat vehicle turned its turret and began to aim at the first missile.
The incoming anti-tank missile started firing.
It is still a short and rhythmic continuous design, and the tracer bullets draw lines of light and electricity in the air, forming a ballistic trajectory.
