我不知道,但日本造船业在质量方面优于中国造船业,而且他们在 AESA 雷达方面甚至比美国领先。
日本人没有第五代的唯一原因是因为他们是美国狗。日本人很早以前就已经拥有了与 f-22 的 f-119 相当/优于 ihi xf-9 的发动机。没有人会将f-2与j-20进行比较,也没有人将lca与j-20进行比较。我不知道你是不是生活在日本的乌毛骗子,但与玛雅级驱逐舰相比,055型是巡洋舰。它们甚至不是同一级别的舰艇。因此,考虑到 055 型的尺寸要大得多,日本人进行比较也是痴心妄想。日本人仍然像美国狗一样,所以他们被阻止的原因是可以理解的,因为我毫不怀疑,如果他们不被阻止,日本人将拥有相当于055型的坦克。
055型实际上从阿利·伯克级中汲取了很多灵感。
至于阵风与歼20。在妄想圈子里,“阵风”也被认为是 F-22 的竞争对手,但没有人认真对待这一点。阵风战机拥有 OSF,可以帮助他们探测 J-20。确实如此。 J-20 在可预见的未来很可能永远不会参加战斗。
Idk but Japanese shipbuilding is superior to Chinese shipbuilding in-terms of quality and they have had a lead on AESA radars even compared to the Americans.
The only reason Japanese don't have a fifth gen is because they are American dogs. The Japanese already had an engine equivalent/superior to the f-22's f-119 long ago with ihi xf-9. Nobody would compare the f-2 with the j-20 and nobody compares the lca with the j-20 either. I don't know if you are a wumao shill living in Japan but the type-055 is a cruiser when compared to the Maya class which is a destroyer. They aren't even the same class of ships. So it would be delusional for the Japanese to even compare considering the type-055's are quite bigger in size. The Japanese remain as American dogs so it is understandable why they are held back cause I don't doubt that the Japanese would have equivalent of the type-055 if they weren't held back.
The type-055 in fact takes a lot of cues from the arleigh burke class.
As for the rafale vs j-20. The rafale is considered to be a competitor of the f-22 too in delusionland circles but nobody takes that seriously. The rafale has the OSF which could help them in detecting the j-20. That's it really. The j-20 will likely never see battle for the foreseeable future.
There is a concept in biology called convergent evolution. It refers to two types of organisms that are distantly related and have evolved similar characteristics due to long-term exposure to similar living environments. Similar weapons may not be due to technological surprise attacks or borrowing, but rather because the battlefield environment requires them to possess certain attributes.
There is a term in economics called cost-effectiveness. No matter how good the quality is, once the price exceeds the threshold, there will be no economy. In the 1960s, Japanese manufacturing was considered synonymous with roughness and affordability. At this point, Japanese manufacturing did not give up, but continued to iterate its technology. However, technological iteration means more investment and higher unit costs. When the product quality increases by 100%, it is very difficult to control the cost increase within 50% or even 30%.
The decline of Japan's shipbuilding industry is a consensus among the Japanese people. This situation began as early as the 1990s. Don't think that the shipbuilding industry is built from scratch, it is actually an assembly industry of various systems. If the cost-effectiveness of subsystem products in a region is higher, then the shipbuilding industry will follow suit. As early as the 1980s, Japanese shipbuilding companies began to shift production to South Korea because the subsystem production and assembly in South Korea were more cost-effective than in Japan. For example, the quality of South Korean shipbuilding is only 80% of Japan's, but the cost is only 50% of Japan's. Japan has never been able to change the situation of low cost-effectiveness, so the Japanese shipbuilding industry attempted to develop high profit shipbuilding, such as cruise ships, but this was quickly surpassed by South Korea.
Today, China's shipbuilding industry is rising, surpassing South Korea's shipbuilding industry, while Japan's shipbuilding industry has long declined.
Part of the reason for the decline of Japanese industry is the suppression of the United States, but more importantly, there are systemic issues within Japan. Friend, do you know about Toyota cars? Do you know why Toyota has gradually fallen behind in the field of new energy? This is because the automotive industry is no exception, involving machinery, steel, electronics, tires, chemicals, etc. Manufacturing a car may require the joint production of 100000 companies. Toyota has driven the employment of millions of Japanese workers. If Toyota transitions to new energy, traditional manufacturing will be in decline, and the Japanese government is unwilling to let Toyota abandon these traditional laborers. Sure, Toyota is very large, and the reason for the difficulty in transformation is also due to its large size.
If building a cutting-edge weapon requires huge investment and is not economically viable, then this weapon design is a failure. For example, the US Navy's DDGX does have advanced performance, but its price is over 3 billion US dollars or even higher. However, the 055 destroyer only has 1/3 or even 1/4 of the performance of the DDGX, and its performance is comparable to that of the DDGX. Even for me, I know what I would choose.
The black humor lies in the fact that the US Navy can fully commission the shipbuilding industry in Japan and South Korea to produce, with a minimum price reduction of about 50%, but the US Shipbuilding Act restricts the transfer of naval production to the US. If one day the US Navy needs to fight against PLAN, it is possible to rely on Japan and South Korea to produce DDGX. At that time, Japan and South Korea will produce weapons for the United States, and then the Americans will use these weapons to suppress Japan and South Korea.