The Russian military industry, now, is on the verge of collapse.
After the collapse of the Soviet Union, Russia inherited the vast majority of the Soviet Union's military forces and military industry. However, in these decades, Russia's military power has seriously declined and its military industry is struggling. In the early days, due to the close cooperation between China's and Russia's military industries, Russia's military industry could still barely function. However, with the rapid development of China's military industry, China no longer relies on Russia's military technology cooperation, Russia's military industry is more difficult.
Let's look at Russia's performance in the Russo-Ukrainian war. Their weaponry on the battlefield is seriously behind the times. They need North Korea to provide even the simplest artillery shells. The Kuznetsov aircraft carrier has been sitting in the shipyard for many years, with repairs nowhere in sight. Their aircraft manufacturing plants can only produce a pathetic number of fighters per year ......
The Russian military industry is in desperate need of life-saving funds right now. Based on national strategy, China is certainly not willing to help Russia revive its military industry. The Russians can only target India. ------ Remember the $1 aircraft carrier?
So this program you mentioned came up. As for the final product? That doesn't matter. As long as Russia says to India that this is a very powerful engine and it will be much more powerful than what China has now. That would be enough and India would be more than happy to pay for it.
Let's analyze it.
There are no more than two factors in seeking to build engines in-house:
1, national security factors. When war comes, there is no dependence on foreign countries at all. Ensuring that one can stay ahead of the curve in a continuing war.
2, procurement cost factors. The cost of manufacturing your own is lower than the cost of purchasing finished products, which can save a large amount of money.
Self-manufactured engines are divided into two modes:
Mode A, procurement of some parts + their own production of some parts = final assembled products.
Mode B, from raw materials to implement all the independent manufacturing.
Obviously, Mode B cannot be used in Pakistan's present situation.
If Pakistan adopts Mode A for engine production, neither of the previous two factors can be implemented.
Modern turbofan engine core components and materials, are strategic materials, only a very few countries have and master the relevant production technology. They are allowed to export them to friendly countries in peacetime, but their relevant production technology will never be exported. Pakistan can only master these technologies by relying on the development of its own basic industrial technology until it has established a strong basic industrial and reverse engineering capability.
In the meantime, the cost of products produced through Model A is much higher than the cost of direct procurement of finished products.
Why is the U.S. simultaneously delaying deliveries of fighter jet engines to India, Turkey, South Korea and other countries? You can scrutinize the reasons behind them.
I can give you an example:
View attachment 87435
This is a very common disposable lighter that we use all the time. It consists of dozens of tiny parts. Its retail price in China is 1 CNY (about 0.14 USD).
1. If you don't import any raw materials and make it entirely from natural materials (you can import the equipment to make them), then, congratulations you have become an industrial powerhouse.
2, If you can make it and the manufacturing cost is lower than China's manufacturing cost, then, congratulations you have become the world's first industrial power.
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Special note: I fully support Pakistan's in-depth study of the engine. This includes reverse engineering, material science research, process technology research, etc. But there is no real point in ToT producing engines at this stage.