Chapter 3617 The New Combat Power of Our Air Force
Wu Hao glanced at the crowd and continued to elaborate on the details of Zhuque 2's stealth technology. His voice was calm and confident: "In addition to advanced absorbing materials and coating technology, the stealth performance of Zhuque 2 also benefits from its unique flight characteristics."
Wing layout design.
This layout not only reduces the radar reflection cross-section, but also further reduces the detectability of radar, infrared and visible light in multiple bands by optimizing key parts such as airfoils, inlets and tail nozzles."
"For example," Wu Hao said while pointing to the large screen aside, which displayed the three-dimensional model of Zhuque 2 and a series of complex calculation data, "Based on the flying wing layout, we used S
The shape of the inlet design can effectively shield the engine blades and compressor, reducing the chance of radar waves directly irradiating the interior of the engine, thus significantly reducing radar signal characteristics.
At the same time, the tail nozzle has also undergone special treatment to reduce the infrared radiation of high-temperature exhaust gas, allowing Zhuque 2 to maintain low visibility in front of infrared detectors."
A technician raised his hand and asked: "Mr. Wu, we know that stealth design is often accompanied by a certain sacrifice of aerodynamic performance. How does Zhuque 2 ensure good flight performance while maintaining stealth performance?"
Wu Hao smiled slightly and explained: "This is indeed a problem that requires balance. In order to solve this problem, we have used a large number of wind tunnel tests and computational fluid dynamics (CFD) simulations to continuously optimize the aerodynamic parameters of the flying wing layout.
By finely adjusting key parameters such as airfoil, wingspan, and leading edge sweep angle, we have achieved a high lift-to-drag ratio and good flight stability while ensuring stealth performance. In addition, Zhuque 2 is also equipped with
The advanced flight control system can adjust the flight attitude in real time to ensure optimal flight performance under various flight conditions."
Zhao Zhicheng nodded in approval, and then asked another key question: "Wu Hao, you just mentioned the electronic countermeasures system. How much does this improve the stealth performance of Suzaku 2?"
Wu Hao suppressed his smile and answered seriously: "The electronic countermeasures system is an important part of the stealth performance of the Zhuque 2. It can not only actively release interference signals to confuse and deceive enemy radars, but also analyze the electromagnetic environment in real time and automatically adjust the wireless signal.
The electromagnetic characteristics of humans and machines make them more difficult to be targeted by enemy radars.
Specifically, we have adopted adaptive radar wave absorption technology, which can dynamically adjust the electromagnetic parameters of absorbing materials and coatings according to the frequency and waveform characteristics of enemy radar, thereby achieving efficient absorption of specific radar frequency bands."
"More importantly," Wu Hao emphasized, "the electronic countermeasures system of Zhuque 2 also has intelligent learning and evolution capabilities. In actual combat, it can continuously optimize its own interference by collecting and analyzing the signal characteristics of enemy radars.
Strategies and defensive measures to ensure the continued improvement of stealth performance."
At this time, Chi Zhengyang raised a more practical question: "How to ensure the security of communication with the ground command center when Zhuque 2 is performing a mission? After all, once the communication link is intercepted or interfered by the enemy, the entire mission will be compromised.
Possibly exposed.”
Wu Hao nodded to express his understanding, and then explained: "In order to ensure communication security, we have equipped Zhuque 2 with multiple communication safeguards.
First of all, we use advanced encryption technology to encrypt communication data to ensure that even if the communication link is intercepted, the enemy cannot easily decipher the information content.
Secondly, we have established a multi-frequency band and multi-path communication network. Even if a certain frequency band or path is interfered with, we can quickly switch to other frequency bands or paths to maintain the continuity and stability of communication.
In addition, we have also introduced quantum communication technology, taking advantage of the unclonability of quantum states to fundamentally ensure the absolute security of communication."
After hearing this, everyone showed expressions of amazement. The introduction of quantum communication technology undoubtedly provided unprecedented guarantee for the communication security of Suzaku-2.
Then, a military representative raised a question about combat effectiveness: "How can the Suzaku-2 ensure precise strikes on targets in actual combat? Especially in the face of complex battlefield environments, how can it quickly identify and lock on targets?"
Wu Hao smiled and replied: "Zhuque 2 is equipped with an advanced photoelectric detection system and synthetic aperture radar (SAR), which can detect and identify targets with high precision under various weather and lighting conditions.
At the same time, we have also introduced artificial intelligence (AI) technology to train and learn a large number of target images through deep learning algorithms, so that Suzaku 2 has powerful target recognition and target tracking capabilities.
In actual combat, Suzaku-2 can independently plan its route, use advanced sensors and AI algorithms to quickly search and lock on targets, and carry out precise strikes."
“In addition,” Wu Hao added, “Zhuque-2’s intelligent cluster array control technology is also an important guarantee for its combat effectiveness.
Through this technology, multiple Suzaku-2s can form a highly coordinated strike group to achieve information sharing, task distribution and mutual support. When facing complex battlefield environments, they can quickly adjust their tactical layout and flexibly respond to various threats and threats.
challenge."
With Wu Hao's in-depth answers, the atmosphere at the scene became more and more enthusiastic. Everyone had a deeper understanding of the performance and technical characteristics of Zhuque 2, and they were full of expectations for its future combat effectiveness.
At this time, a technician raised a question about maintenance: "As a high-tech equipment, is the maintenance of Zhuque 2 also very complicated? Do we need a dedicated team to be responsible for this work?"
Wu Hao shook his head and replied: "Although Zhuque II has a high technical content, we have fully considered the convenience of maintenance when designing it.
We adopt a modular design idea and divide each system of the drone into several relatively independent modules to facilitate disassembly and replacement. At the same time, we also provide detailed maintenance manuals and online technical support platforms to help operators quickly
Master maintenance skills.
Of course, in order to ensure that the drone is always in the best condition, we also recommend that users form a professional maintenance team, but this does not mean that this work is very complicated or difficult to do."
Finally, Wu Hao concluded: "The Suzaku-2 stealth attack drone is a major breakthrough for our Haoyu Industry in the field of drones. It has not only reached the international advanced level in terms of stealth performance, power system, and intelligence level, etc.
, also has strong combat effectiveness and convenient maintenance performance.
We believe that in future actual combat, Zhuque-2 will definitely play a huge role and make important contributions to the improvement of our country's air force."
As Wu Hao's words fell, there was warm applause. Everyone was full of confidence and expectations for the future of Zhuque-2, and they were also sincerely proud of our country's achievements in the field of drones.