According to a report by Hong Kong Commercial Daily on March 11th, Air Force Deputy Commander Wang Wei revealed in an interview with the media that the H-20 will soon be officially unveiled to the public. "It's coming soon, just wait for it!" As for how long it will take to enter service or be mass-produced after test flights, he replied, "It's very fast, we're keeping up!" In today's challenging and competitive world, the H-20, as the latest strategic bomber of the Chinese Air Force, has attracted much attention. After eight years of development, the H-20 is about to be unveiled, and its powerful combat capabilities and advanced technology will be important symbols of the enhancement of China's Air Force strength. However, the technological breakthroughs behind its development and the challenges it faces are still worth exploring. 1. How does the use of jet stream flight control technology affect its strategic deployment and combat capabilities? How does this advanced technology support supersonic flight? 2. How do the stealth performance and engine endurance of the H-20 meet the requirements for long-range operations? Does the debugging between its internal structure and instruments play a critical role in its performance? 3. In the dynamic international situation, how will the strategic planning and deployment of the H-20 prepare to address ongoing challenges and threats? How will its future role in the Chinese Air Force shape the security foundation of national defense? The H-20, nicknamed "Storm," is jokingly referred to by domestic netizens as "H2O" or "water molecule." Among the "20" series military aircraft developed by the Aviation Industry Corporation of China, it follows the J-20 fighter, Y-20 transport aircraft, and Z-20 helicopter as a strategic bomber of significant strategic significance for the overall enhancement of China's military strength. The name H-20, eagerly anticipated by military enthusiasts, has been the focus of attention both domestically and internationally since news of its development first emerged in 2016. However, the H-20 seems in no hurry to appear. Over the years, it has never been officially unveiled, leading to speculation about whether it has encountered any technological bottlenecks. After all, the development difficulty of a strategic bomber that can change the air force landscape can be imagined. The addition of the H-20 will undoubtedly bring a qualitative leap to the strength of the Chinese Air Force. Just think, a groundbreaking bomber will give the Chinese Air Force unprecedented advantages in strategic deployment and long-range strikes. This advantage is not only reflected in quantity but also in quality. The emergence of the H-20 will allow the Chinese Air Force to showcase its strength with more confidence on the international stage. And the reason the H-20 can possess such powerful combat capabilities lies in its adoption of cutting-edge technology. It is reported that the H-20 may adopt advanced jet stream flight control technology, which sounds very advanced. It has powerful automatic control capabilities, allowing flexible adjustment of wing surface conversion to optimize flight attitude. Such technological support for supersonic flight of the H-20 is undoubtedly a great boost, providing a solid backing and powerful propulsion. A bomber capable of flying freely at supersonic speeds will have astonishing combat capabilities!