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The Turkish state plans to spend on average 10 billion $ every year over the next 10 years, totaling $ 100 billion, on new acquisitions. It is on avarage per year in a span of 10 years, so it doesn't mean we will spend 10 billion next year on new acquistions. Budget will probably be something...

This is the easy part. KE is a subsonic aircraft releasing munitions from IWB at subsonic speeds, is child's play for our current level. TF-10000 is also a matter of time. The next difficulty is data fusion. From what I heard, Baykar wants advanced data fusion on this aircraft with onboard...

Kızıelma UCAV engaged a BVR target with a completely national kill chain. National IFF, national radar, national radar-missile datalink, national missile, and national RF seeker. This is huge. The MIUS team used no shortcuts to achieve the first radar-guided BVR kill. This is a full kill chain...

At least 8. Don't forget there will also be a MUGEM and maybe a drone mothership. I'm ok with 4 TF2000+4 light TF-2000.

Interesting, another coincidence.

I don't want anything lighter than 5000t. The light TF-2000 should be between 5000-6000t closer to the latter. It should not be a heavy frigate; it should be a light destroyer. Parameters like endurance, VLS count should be closer to a destroyer rather than a frigate. After a corvette-sized FAC...

The Pope visits Turkiye on the day of Thanksgiving. Too many coincidences.

TF-35000 is an important project. GE/US would like to get as much data as possible about the engine, even if it is technologically backwards from their latest and greatest. And it is not just the engine data. If you are the main contractor of an engine that is being developed exclusively for a...

Akşit can tell whatever he wants. GE has seats in the board, has the backing of the US and GE is the biggest job provider for TEI and GE has a word for whatever happens in TEI. You can't just hide data from your second biggest shareholder when your company is the owner/main contractor of the...

GE/US can get access to sensitive data about the fighter and the engine if the main contractor is TEI. That alone is enough reason for this approach. GE will also get a bigger pie if TEI is the main contractor. The main contractor, which owns the IP rights, sells the engines this is the reason...

GE owns %46.2 of TEI shares, TUSAS owns %50.5. %3.3 of the shares is owned by the Turkish Armed Forces Foundation. SSB doesn't want TEI to hold IP rights of the engine because of this distribution of the shares. TUSAS owns %100 of TRMotor, and Turkish Armed Forces Foundation owns %54.5 of TUSAS...

There is a rumor going on that the US will lift CAATSA sanctions.

No. There is no partnership-level foreign assistance in this project. I heard from someone that TRMotor recruited some Ukrainian engineers, but I couldn't confirm it.

TF-35000 is a multi-company, multi-team project. Although TEI has the lionshare, TRMotors' own design team is as big as the TEI team. Total employees that work on TF-35000 can't be compared to TF-6000/10000. The TRMotor team is very active on the design side of the engine together with the TEI...

There is nothing that can be confirmed by anyone as of now as the project is highly confidential but we can still speculate if we have a look at Tayfun project. Cenk project will be a long journey. There will be more variants compared to the Tayfun project. Range, speed, capability, and warhead...

The scaled version of the afterburner stage has all the functions of the full-scale afterburner stage. An afterburner is developed and produced for the first time by TEI, so TEI produced a scaled-down version as a proof of concept. Designing/verifying fuel injectors and aerodynamics of the...

TF-10000 update A scaled version of the afterburner stage is produced and tested. TF-10000 with a fully integrated afterburner will be tested in 2026. Early availability in 2027, serial production in 2028. TF-35000 Some early tests will be conducted in 2026, no other updates as of now.

Good find. Makes sense, Aselsan is taking the same direction.

The pod will be able to send data (video stream, targeting coordinates) to multiple receiver without using aircrafts own datalinks like Link 16, T-link, etc.