CriticalThought
SENIOR MEMBER
- Joined
- Oct 10, 2016
- Messages
- 7,094
- Reaction score
- 13
- Country
- Location
RE.point 1 the facilities are there and a lot of electrical components are being made/ assembled in house. Due to lck of funding it is not possible to invest billions to reinvent the wheel. The risks in such a venture are high and the gains limited. Probably the most logi al way of doing things is to venture into dualuse technologies which sell in numbers thereby slowly building infrastructure for the final launch.
The savings in terms of reversing the foreign exchange flowing out of the country justify the billions of dollars in investment. Even if China can supply everything, we still need to pay money. I would like to see:
1. Most electronics needs met indigenously.
2. A few cutting edge programs which allows our scientists and engineers to display their creativity, and increase our Intellectual Property which can give us leverage when negotiating terms of partnership with other nations.
3. Only cutting edge technology imported from foreign sources.
But I agree with the approach you have chalked out. The billions should be invested over time. We need to start small, stay focused, and create a program which pays for itself by increasing our exports. Like POF's product portfolio, or like JF-17, or like the radar systems we export to Jordan. As an example, I would like us to master the GaN technology so we make AESA radars indigenously. This will have implications for all three branches, and all three should chip-in with funding for this research.
A good thing is we are already making the right strides, e.g., what Shibli is doing. I want something similar for radar technology.
Point 2 is in a way related to point 1 as it deals with electronics. Again on the principles of cost vs benefits having a benevolent and friendly neighbour is helpful as sooner or laterwe will want to go down that route. The more important thing in which initil steps have been taken is turbine technology as joint ventures. This will translate into small motors for missiles to bigger engines in due course. However as mentioned before a cost vs benefit exercise will drive the direction which a nation lime Pakistan takes.
A
For WVRAAM, BVRs, SAMs, we need to master in-flight correction when propulsion comes from rocket motors. This is a serious lacking in our missile prowess. We have made very good strides in ballistic missile and cruise missile technology because of the nuclear program. The rocket motors need attention for the cost savings. This has implications from ATGMs, to AAMs, AGMs, SAMs, and AShMs. Just the number of areas where we gain advantage makes it mandatory for us to get expertise in this technology.