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Turkish defense industry hits a snag on engines, transmissions to power domestically produced aircraft and tanks

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Turkish defense industry hits a snag on engines, transmissions to power domestically produced aircraft and tanks​


Sanctions and export restrictions imposed on Turkey’s ambitious defense industry have taken a toll on the development of sophisticated military hardware, which suffers from the lack of domestically produced components, in particular critical engines and transmission systems.

In a recent interview with a Turkish TV station on September 4, İsmail Demir, head of the Presidency of the Defense Industry (Savunma Sanayii Baskanligi, SSB), Turkey’s top defense procurement agency, admitted that the agency has faced challenges in developing power packs including engines and transmissions for various defense projects.

It’s not only the parts but also a shortage of qualified engineers that is hindering progress, he stated.

“The engine issue is a known [problem]. As for trained personnel and expertise, we also don’t have extensive experience. There are a limited number of experts [in Turkey],” said Demir, who was sanctioned by the US over Turkey’s purchase of the Russian S-400 long-range missile system.

Turkey has a number of national aircraft and tank projects, but they suffered a setback because of the difficulty in finding engines and transmission systems to power this equipment. The government of President Recep Tayyip Erdoğan has invested heavily in manufacturing engines domestically, with limited success thus far in the testing and integration stages.

The country’s national fighter jet the TF-X lacks a domestically developed turbofan engine, and the SSB is hoping to get the help of British engine maker Rolls Royce, which has a joint venture with Turkish company Kale under the name of TAEC. Although Turkey experienced problems with the supply of engines from Rolls Royce in the past, and TAEC’s earlier experiments in launching engine production had failed, the Erdoğan government hopes a new initiative will prompt TAEC to respond to a new tender for engine production that was announced by the SSB in July.

Demir said Turkey’s ultimate goal is to rely completely on domestically produced power systems and that Tusaş Engine Industries (TUSAŞ Motor Sanayii A.Ş., TEI) and TRMotor, two engine makers, are working to realize that goal. The main contractor in developing a national fighter jet is Turkish Aerospace Industries (TAI), a state-owned enterprise.

President Erdoğan often boasts about Turkey having its first national combat jet in the air during election campaigns and slams the United States, a NATO ally, for failing to deliver the fighter jets that Turkey has been requesting for some time.

Another defense project, the development of a utility helicopter called Gökbey, also hit a snag over problems in developing a domestically produced engine. The prototypes were powered by a pair of LHTECs and CTS800 4-AT turboshaft engines that were manufactured by a joint venture between Rolls-Royce and Honeywell.

TEI has been working on developing an indigenous engine and finally manufactured one called the TS1400, but the testing and integration phases have not yet been completed. In other words, Gökbey still does not have a Turkish engine to power it, and it’s unclear when it will.

That also means more problems and delays in supplying domestic engines for the Atak combat helicopters Turkey produces since the turbo engine for this type of chopper requires further capabilities and reliability in all weather conditions. For the time being, it uses the same imported engines as the Gökbey.

Nordic Monitor


Turkish defense industry hits a snag on engines, transmissions to power domestically produced aircraft and tanks​

by Abdullah Bozkurt
September 19, 2022

Turkish defense industry hits a snag on engines, transmissions to power domestically produced aircraft and tanks
T700-TEI-701D engine developed by Turkey's TEI.


Abdullah Bozkurt/Stockholm

Sanctions and export restrictions imposed on Turkey’s ambitious defense industry have taken a toll on the development of sophisticated military hardware, which suffers from the lack of domestically produced components, in particular critical engines and transmission systems.
In a recent interview with a Turkish TV station on September 4, İsmail Demir, head of the Presidency of the Defense Industry (Savunma Sanayii Baskanligi, SSB), Turkey’s top defense procurement agency, admitted that the agency has faced challenges in developing power packs including engines and transmissions for various defense projects.
It’s not only the parts but also a shortage of qualified engineers that is hindering progress, he stated.
“The engine issue is a known [problem]. As for trained personnel and expertise, we also don’t have extensive experience. There are a limited number of experts [in Turkey],” said Demir, who was sanctioned by the US over Turkey’s purchase of the Russian S-400 long-range missile system.
Turkey has a number of national aircraft and tank projects, but they suffered a setback because of the difficulty in finding engines and transmission systems to power this equipment. The government of President Recep Tayyip Erdoğan has invested heavily in manufacturing engines domestically, with limited success thus far in the testing and integration stages.
The country’s national fighter jet the TF-X lacks a domestically developed turbofan engine, and the SSB is hoping to get the help of British engine maker Rolls Royce, which has a joint venture with Turkish company Kale under the name of TAEC. Although Turkey experienced problems with the supply of engines from Rolls Royce in the past, and TAEC’s earlier experiments in launching engine production had failed, the Erdoğan government hopes a new initiative will prompt TAEC to respond to a new tender for engine production that was announced by the SSB in July.
Demir said Turkey’s ultimate goal is to rely completely on domestically produced power systems and that Tusaş Engine Industries (TUSAŞ Motor Sanayii A.Ş., TEI) and TRMotor, two engine makers, are working to realize that goal. The main contractor in developing a national fighter jet is Turkish Aerospace Industries (TAI), a state-owned enterprise.

TEI_engine-300x232.jpg

Turkey’s first indigenous turbofan engine, TEI-TF6000.
President Erdoğan often boasts about Turkey having its first national combat jet in the air during election campaigns and slams the United States, a NATO ally, for failing to deliver the fighter jets that Turkey has been requesting for some time.
Another defense project, the development of a utility helicopter called Gökbey, also hit a snag over problems in developing a domestically produced engine. The prototypes were powered by a pair of LHTECs and CTS800 4-AT turboshaft engines that were manufactured by a joint venture between Rolls-Royce and Honeywell.
TEI has been working on developing an indigenous engine and finally manufactured one called the TS1400, but the testing and integration phases have not yet been completed. In other words, Gökbey still does not have a Turkish engine to power it, and it’s unclear when it will.
That also means more problems and delays in supplying domestic engines for the Atak combat helicopters Turkey produces since the turbo engine for this type of chopper requires further capabilities and reliability in all weather conditions. For the time being, it uses the same imported engines as the Gökbey.

Ismail_Demir_Head_of_Defense_Industries_Turkey-300x169.jpg

İsmail Demir, head of the Presidency of the Defense Industry, said in an interview with a local TV station in December 2021 that his agency has been working on undisclosed projects for some time on long-range missiles.
Tank power units are another problem that the Turkish defense industry faces. After failing to manufacture engines and transmission systems for Turkey’s indigenously developed battle tank Altay, main contractor BMC, which has a contract with the SSB to supply 250 Altay tanks to the Turkish army, turned to South Korea to power the Altay. The first power unit arrived in March of this year and was integrated into the tank in May.
But Demir expressed skepticism about this power pack, saying the transmission is actually manufactured in Germany and that the South Koreans also failed to manufacture a completely indigenous power unit to run their own national tanks. He said Turkey cannot rely on foreign partners and would eventually finalize its project of producing both the engine and the transmission system domestically.
The Erdoğan government’s array of problems with the West, especially with the US, has grown in recent years since Turkey has developed closer ties with Russia, China and Iran and has undermined Western sanctions on Russia over its invasion of Ukraine. Anti-Western diatribes and anti-NATO remarks have become routine for Turkish officials, negatively impacting Turks’ perception of the West.

In December 2020 the US sanctioned the SSB and its senior officials over the purchase of S-400 long-range missiles, a deal worth $2.5 billion, from Rosoboronexport (ROE), Russia’s main arms exporter. The US stated that Turkey willfully engaged in a significant transaction with Russia and therefore was subject to sanctions under the Countering America’s Adversaries Through Sanctions Act (CAATSA).

As part of the sanctions, the US designated Demir and three other SSB officials: Faruk Yiğit, SSB’s vice president; Serhat Gençoglu, head of the SSB’s Department of Air Defense and Space; and Mustafa Alper Deniz, program manager for the SSB’s Regional Air Defense Systems Directorate. Turkey had previously been removed from the global F-35 Joint Strike Fighter consortium in which the Erdoğan government had invested $1.4 billion and expected to generate $11 billion in export revenue.

The sanctions on the SSB prohibit granting loans, credits and US export licenses and authorizations for any goods or technology transferred to the Turkish entity as well as loans or credits from US financial institutions totaling more than $10 million in any 12-month period. The US government would also oppose any third-party engagement with the SSB and try to block any loan that is likely to be extended to the SSB by international financial institutions.

The US started implementing sanctions on the SSB in April 2021, while President Erdoğan and SSB president Demir brushed them off, claiming that the restrictions would motivate the Turkish military and defense industry to produce more domestic arms and defense materiel and export more equipment worldwide.

Several other NATO allies such as Canada and Germany have also applied restrictions and in some cases sanctions on the export of defense products to Turkey.

https://nordicmonitor.com/2022/09/t...nsmissions-to-power-national-aircrafts-tanks/
 
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Turkiye’s dependence on the American-made turbosaft engine is over



The first TEI-TS1400 engine suitable for manned flight will be delivered to TAI in 2022

and TAI will complete their integration with T-625 Helicopter to make the first flight In 2023

Turboshaft Engines in NATO

USA
The UK
France
Turkiye


Turkiye was become a few countries in the world that developed its own Helicopter with turboshaft Engine
1663602512897.png

1663602466136.png

1663602545366.png
 
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Anti-ERDOGAN and stupid FETO Members SELCUK TEPELI and ABDULLAH BOZKURT from anti-Turkiye FOX and NORDIC

stupid idiot SELCUK TEPELI doesnt know that F-35 is not 100% invisible
S400 Radar , Turkish EIRS AESA Radar and Passive Radars sees stealth Fighter Jets



İn reality

Turkish KIZILELMA unmanned stealth Fighter Jet is coming to change the game in the region
Turkiye to produce 72 KIZILELMA until 2027 while Greece may get the first F-35 in 2027

even no any agreement yet ... only dream about F35 in 2027

1663603089691.png

1663603113194.png
 
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. .
Turkiye’s dependence on the French-made TR40 engine is over


Turkiye’s first turbojet engine KTJ-3200 entered mass production phase


KALE ARGE KTJ-3200 turbojet Engine to power Cruise Missiles SOM and ATMACA
1663603251634.png



Production activities will accelerate within the scope of the order of 415 SOM Cruise Missiles for the needs of the Turkish Air Force and 400 SOM Cruise Missiles for the needs of the Azerbaijani Air Force
1663603326794.png

1663603349656.png



Tiny Greece is so easy target .... nothing else
 
.
smail Demir, head of the Presidency of the Defense Industry, said in an interview with a local TV station in December 2021 that his agency has been working on undisclosed projects for some time on long-range missiles.
Tank power units are another problem that the Turkish defense industry faces. After failing to manufacture engines and transmission systems for Turkey’s indigenously developed battle tank Altay, main contractor BMC, which has a contract with the SSB to supply 250 Altay tanks to the Turkish army, turned to South Korea to power the Altay. The first power unit arrived in March of this year and was integrated into the tank in May.
But Demir expressed skepticism about this power pack, saying the transmission is actually manufactured in Germany and that the South Koreans also failed to manufacture a completely indigenous power unit to run their own national tanks. He said Turkey cannot rely on foreign partners and would eventually finalize its project of producing both the engine and the transmission system domestically.
Turkiye’s dependence on the French-made TR40 engine is over


Turkiye’s first turbojet engine KTJ-3200 entered mass production phase


KALE ARGE KTJ-3200 turbojet Engine to power Cruise Missiles SOM and ATMACA
View attachment 880889


Production activities will accelerate within the scope of the order of 415 SOM Cruise Missiles for the needs of the Turkish Air Force and 400 SOM Cruise Missiles for the needs of the Azerbaijani Air Force
View attachment 880890
View attachment 880891


Tiny Greece is so easy target .... nothing else

Stop avoiding the subject.

Your hero,Ismail Demir,that you keep talking about all the time...he is the one saying all this:


It’s not only the parts but also a shortage of qualified engineers that is hindering progress, he stated.

“The engine issue is a known [problem]. As for trained personnel and expertise, we also don’t have extensive experience. There are a limited number of experts [in Turkey],” said Demir, who was sanctioned by the US over Turkey’s purchase of the Russian S-400 long-range missile system.

That also means more problems and delays in supplying domestic engines for the Atak combat helicopters Turkey produces since the turbo engine for this type of chopper requires further capabilities and reliability in all weather conditions. For the time being, it uses the same imported engines as the Gökbey.
İsmail Demir, head of the Presidency of the Defense Industry, said in an interview with a local TV station in December 2021 that his agency has been working on undisclosed projects for some time on long-range missiles.
Tank power units are another problem that the Turkish defense industry faces. After failing to manufacture engines and transmission systems for Turkey’s indigenously developed battle tank Altay, main contractor BMC, which has a contract with the SSB to supply 250 Altay tanks to the Turkish army, turned to South Korea to power the Altay. The first power unit arrived in March of this year and was integrated into the tank in May.
But Demir expressed skepticism about this power pack, saying the transmission is actually manufactured in Germany and that the South Koreans also failed to manufacture a completely indigenous power unit to run their own national tanks. He said Turkey cannot rely on foreign partners and would eventually finalize its project of producing both the engine and the transmission system domestically.

And you...keep posting prototypes and imagine superweapons.
 
.
Turkish TB-3 , ANKA-S and AKSUNGUR UCAVs to use indigenous TEI PD-170 - PD-220 Engines



also AKINCI-C variant to use 2 x TEI PD-220 Engines

What a UCAV power which is more than all Europe+Russia+India combined
1663604119650.jpeg


Turkish UCAVs have started using indigenous Aselsan CATS E/O System instead of Canadian WESCAM MX-15
1663604475108.png
 
.
Stop avoiding the subject.

Your hero,Ismail Demir,that you keep talking about all the time...he is the one saying all this:

Full of lies from FETO - PKK supporters for anti-Turkiye propaganda



ISMAIL DEMIR and TEI said the first TEI-TS1400 engine suitable for manned flight to be delivered to TAI in 2022

and TAI to complete their integration with T-625 Helicopter to make the first flight In 2023



And you...keep posting prototypes and imagine superweapons.

TB-2 and AKINCI are not imagine superweapons.
but real game changer weapons

after TB-2 and AKINCI , Baykar adds new player to the game


and Keep dreaming about F-35 in 2027

Turkiye to produce 72 KIZILELMA until 2027 while Greece may get the first F-35 in 2027

even no any agreement yet ... only dream about F35 in 2027
 
Last edited:
. . .
Turkiye’s dependence on the American-made turbosaft engine is over



The first TEI-TS1400 engine suitable for manned flight will be delivered to TAI in 2022

and TAI will complete their integration with T-625 Helicopter to make the first flight In 2023

Turboshaft Engines in NATO

USA
The UK
France
Turkiye


Turkiye was become a few countries in the world that developed its own Helicopter with turboshaft Engine
View attachment 880881
View attachment 880880
View attachment 880882
i, told yoiu only two was made and they didn't like them so again they used foreign engine untill they manage to make it better
Anti-ERDOGAN and stupid FETO Members SELCUK TEPELI and ABDULLAH BOZKURT from anti-Turkiye FOX and NORDIC

stupid idiot SELCUK TEPELI doesnt know that F-35 is not 100% invisible
S400 Radar , Turkish EIRS AESA Radar and Passive Radars sees stealth Fighter Jets



İn reality

Turkish KIZILELMA unmanned stealth Fighter Jet is coming to change the game in the region
Turkiye to produce 72 KIZILELMA until 2027 while Greece may get the first F-35 in 2027

even no any agreement yet ... only dream about F35 in 2027

View attachment 880887
View attachment 880888
sadly for you you can't get any more engine from ukraine
Turkish TB-3 , ANKA-S and AKSUNGUR UCAVs to use indigenous TEI PD-170 - PD-220 Engines



also AKINCI-C variant to use 2 x TEI PD-220 Engines

What a UCAV power which is more than all Europe+Russia+India combined
View attachment 880893

Turkish UCAVs have started using indigenous Aselsan CATS E/O System instead of Canadian WESCAM MX-15
View attachment 880894
piston engine . what an achievement .
 
.
Turbines are hard to make. Will probably take turkey 15 years to master and no one will sell you the technology. But self reliance is the correct choice.
 
.
i, told yoiu only two was made and they didn't like them so again they used foreign engine untill they manage to make it better


Not 2 but 5
and 1600 shp TEI TS-1400 to replace 1563 shp LHTECH T800 Engine

what a great success
Turkiye has started developing TEI TS-1400 turboshaft Engine in 2017
and as of 2022 , TEI deliver Engines to TAI for complete their integration with T-625 Helicopter to make the first flight In 2023

just 6-7 years

sadly for you you can't get any more engine from ukraine

This is your expectation and desire

but in reality , Ukraine continues supply engines to Turkiye
no any problem with supply


piston engine . what an achievement .

Greece can not develop even piston Engine

Turkiye has developed latest technology gas turbine engine with single crystal blade technology

only USA,France,UK,Turkiye,and China
 
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Turbines are hard to make. Will probably take turkey 15 years to master and no one will sell you the technology. But self reliance is the correct choice.


Turkiye is more than you know



Turkiye has already Single crystal blade and bliks-spool manufacturing technologies

Turkiye is one of 5 Countries in the World that has single crystal blade and bliks-spool manufacturing technologies for aviation engines

-- GE and Pratt & Whitney USA
-- Rolls Royce The UK
-- Safran France
-- TEI Turkiye
-- and China

Indian DRDO develops single crystal blade -turboshaft engine with the help of Safran-France
Japanese ASME develops single crystal blade with the help of Pratt & Whitney USA


WELL DONE great Turkish Defense Industry

TUBITAK-MAM single crystal blades
1663644882978.jpeg

1663648403540.png


TEI bliks-spool
1663644901421.jpeg

1663645192501.png




China used so many time and money to develop western type turbofan Engine with single crystal blade technology

Russian-Ukrainian TV3-117 turboshaft engine use different technology ( rst-stage compressor blades ) instead of single crystal blade technology

Russian AL-31 turbofan engine use different technology ( conventionally cast blades ) instead of single crystal blade technology

directionally solidified technology
 
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