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I think this is for just one sub to start with. 2 more on option. Mitsubishi make submarine engines for SÖRYU class. But they most likely, wouldn’t sell the engines to China either.

Add English translation please

German AIP system is good and TN had made the right choice at the time. Whilst it is a good system, the speed at which the submarine can travel submerged under AIP is very low and does not give the Sub-Commander flexibility of a faster moving vessel. Added to this, Germany’s, what I would call...

Add English explanation please!

https://www.savunmasanayist.com/ingiltere-turkiyeye-yonelik-ihrac-kisitlamalarini-kaldirdi/ According to TR FM, UK has lifted all export restrictions on defence industry Concerning Turkey. This opens up RR deal and eases TFX bottleneck situations. If there were any!

In the long run, it will be their loss. But our gain. It will make us more determined to prepare and produce all subsystems that the vessel needs, in house. After the way they have behaved, we will never buy any armoured vehicles from them. We definitely won’t be buying any engines from them. No...

True but let us be a little bit optimistic and think out loud about another alternative: Tusas has experience in setting out production line for F16 planes. Tusas can manufacture all the fuselage and most of the plane if not all. Tusas has local companies that can manufacture most parts. TEI/GE...

There is no effective and capable system that can transmit large information blocks to a fully submerged submarine and receive from it to be able to remotely control it over large distances. A submarine , especially a nuclear one has to receive launch orders from command centre without...

VLF communication is limited to 10-40 metres in depth. If submarine is any deeper, forget any conventional communication. Unless ELF communication technology is developed to a level to perform two way full digital signal transference without interference, long range underwater unmanned systems...

That is nearly 50 million dollars per ship for 2 RAM systems.! Then 32 Aster30 missiles with over 2 million dollars each, will be another 65-70 million dollars. That is not counting the actual system price. (Mind you, Singapore paid 650 million Euros for 200 aster 30 missiles. that makes it 4...

Logical way of conducting company and state politics. But what can Italians do about the engines, if the strings of those engines are held by the US?

It was originally designed as a means of “green” scramjet powered transport vehicle, operating at the edge of our atmosphere. Hence it would glide back to earth when it completed it’s flight. But as a weapon it can still come back home if not used. By using Oxygen in the air it doesn’t need to...

It is , and it is developed by US/Israel cooperation. But most importantly it is readily available to purchase and is effective.

https://eurasiantimes.com/australia-could-pitch-its-hypersonic-technology-to-pentagon-as-us/?amp Australia realises the threat she is under by the growing Chinese military and the expansionist policy it is pursuing in the seas around. One way to counteract is the growth in hypersonic...

This is really interesting! Germany sells IRIS-T-SL to Egypt. Clearly they have air defence technology in house. Albeit it is a medium range atmospheric interception air defence system. But they buy Israeli Arrow-3 system for their own air defence. Again this one being an exoatmospheric system...

English summary??

https://militaryleak.com/2022/04/02/ukraine-strikes-russian-armed-forces-with-kvitnik-semi-active-laser-guided-ammunition/?amp According to this site Ukraine has been using 152mm KVITNIK semi active laser guidance munition to hit Russian armour. Being fired from 152mm howitzer guns, KVITNIK has...

Akinci is definitely bigger but flies at a quarter of the speed of MIUS. MIUS is slightly heavier too. MIUS is going to be a very agile and fast plane. Remember most jet fighters do most of their flights and manoeuvres at high subsonic speeds. To withstand physical stresses the body of MIUS...

Let’s translate some of the bullet points: Hurjet will fly next March. TFX is going to roll out as well. TFX engine can be made in house. Atak2 cost will be more than half of a modern fighter jet. In other words; It is not cheap. We will sell Gokbey by the dozens. Kazakhstan received their 3...

This is a great way to manufacture all composite bodies. But a plane the size like MIUS which will fly at supersonic speeds and perform very fast turns. Surely there must be substantial amount of metal carcass present there. Any ideas?