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TR UAV/UCAV Programs | Anka - series | Kızılelma | TB - series

TheInsider

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Using a high-angle trajectory, air-launched missiles of this type can travel roughly three times the distance they would cover if launched from the ground. The video clearly shows the missile gaining altitude after launch. Since TRG-230 reaches 70 km when launched from the ground, we can estimate its range to be roughly 210 km.

Earlier IHA-230 launches differ from this launch as they travel directly to the target without a high-angle trajectory. It seems like Roketsan changed the name to Jet-230.
IHA-230 can't utilize high-angle trajectory meanwhile Jet-230 can utilize high-angle trajectory to extend its range.

IHA-300ER is different as it is a completely new design and has no relation to TRG-300.
 

Huelague

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Kizilelma has no cockpit and is way smaller than all 5. Gen fighter jets. It has to be a smaller RCS than any of these jets. But it has not.

Why?
 

Turkic

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Kizilelma has no cockpit and is way smaller than all 5. Gen fighter jets. It has to be a smaller RCS than any of these jets. But it has not.

Why?
Better composites = less rcs
Better composites = more money
Better ram coating = less rcs
Better ram coating = more money
Better rcs optimized body shape&curves = more production cost

F-35 ~100 million dollars
KE <50 million dollars

Same goes for B-2 and F-35. Is B-2 smaller?

If you asked why KE has RCS values similar to 4.5th gen jets like Rafale, EF or KF-21; that would be a better question.
 

Huelague

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Better composites = less rcs
Better composites = more money
Better ram coating = less rcs
Better ram coating = more money
Better rcs optimized body shape&curves = more production cost

F-35 ~100 million dollars
KE <50 million dollars

Same goes for B-2 and F-35. Is B-2 smaller?

If you asked why KE has RCS values similar to 4.5th gen jets like Rafale, EF or KF-21; that would be a better question.

Composite, yes it is expensive.‘Body‘ (geometry) is not that expensive. RAM should be ready and in use by KAAN. Kizilelma could use same coating.

If Kizilelma has same RCS like Rafale or EF-2000, then it is really bad conditions.
 

Zafer

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Composite, yes it is expensive.‘Body‘ (geometry) is not that expensive. RAM should be ready and in use by KAAN. Kizilelma could use same coating.

If Kizilelma has same RCS like Rafale or EF-200, then it is really bad conditions.
What is your reference for what the RCS is, Kızılelma is supposed to be better than those planes.
 

Pokemonte13

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The Rcs value of kizilelma is higher compared to other 5th gen fighters like a F35 f22 or chinese models but is leaps smaller than any 4,5 gen fighter jet. There is also a misunderstanding when it comes to the Rcs value of Eurofighter or rafale these can have a relative small rcs value but only from a direct approach and without any payload and that is not realistic under normal conditions the RCS is a minimum of 1 sqm if not higher. Kizilelma is also still in its infancy and baykar is still new to the game of producing advanced composite airframes with time the RCs value will decrease as production quality increases.
 

Turkic

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What is your reference for what the RCS is, Kızılelma is supposed to be better than those planes.
The Rcs value of kizilelma is higher compared to other 5th gen fighters like a F35 f22 or chinese models but is leaps smaller than any 4,5 gen fighter jet. There is also a misunderstanding when it comes to the Rcs value of Eurofighter or rafale these can have a relative small rcs value but only from a direct approach and without any payload and that is not realistic under normal conditions the RCS is a minimum of 1 sqm if not higher. Kizilelma is also still in its infancy and baykar is still new to the game of producing advanced composite airframes with time the RCs value will decrease as production quality increases.
If you asked why KE has RCS values similar to 4.5th gen jets like Rafale, EF or KF-21; that would be a better question.
I said these not @Huelague so I will answer. If we consider KE's RCS value (which we don't know) as 0.1m², 4.5th gens RCS values as 1m² and 5th gen RCS values as <0.01; this makes KE's RCS values similar to 4.5th gens more than it is similar to 5th gens. With "similar", I don't mean "same" but "closer when compared".

‘Body‘ (geometry) is not that expensive.
A plane's geometry could affect the production costs more than you think. YF-23, as you know, was extremely expensive and it's geometry had a noteworthy slice from the cake. With new production technologies, it is much cheaper but KE is a low-budget, low-cost aircraft. It may still be expensive for it.
RAM should be ready and in use by KAAN. Kizilelma could use same coating.
Sure, depends on the performance on KE and price. A high-quality ram coating would be perfect on Kaan but if KE's design has flaws and it shines on radars even if you use high-quality ram coating and if it is indeed expensive, they could use a more effective option.

I will define "flaws" to not get misunderstood. Let's assume RCS value of the radom as 0.3 and radom coonection point's RCS value as 0.5. And let's say radome will have 0.01m² RCS value with Kaan's ram coating but the connections will not drop below 0.1m². Would you use high-end ram coating in such a plane or a ram coating enough to take it all just below 0.1m². (If Kaan's ram coating is affordable for KE, go for it. I assumed it is expensive.)
 

IC3M@N FX

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The RCS from F-16 is bit higher 1.5
Normally it had an RCS of 3 to 5 as 70s Design Airframe; after undergoing RAM with Project Have Glass I–V RAM, it was reduced to 1.5 RCS.

Eurofighter and Rafale 0.5 to 1 RCS it's 90s Design Airframe with RAM.
SU 57 I don't know is speculation nobody know exactly.
Kizilelma 0.05 - 0.08 speculation
Anka 3 0.005 - 0.008 speculation
 

Turkic

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Guys, 0.1 for KE and 1 for EF/Rafale was unserious numbers. And we probably will never know the exact numbers. What I meant was KE is not as stealth as F-35 or such and the main reason for this is money. It’s not about the rcs values but the comparisons. KE’s RCS values are probably in low-observable zone together with 4.5th gens, KF-21 and SU-57. And 5th gen RCS values are in very-low-observable zone.

KE might join VLO zone with certain upgrades. I hope we will see those with twin-engine/one big engine configurations.
 

begturan

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We can assume that Baykar, a company that has provided stealth capabilities even to a tactical UAV in the TB2 class, will also provide Kızılelma with satisfactory levels of stealth technology thanks to its advanced composite technology. It will likely have an RCS that will satisfy the Turkish air force at a low cost.

To date, no actual data has been published; currently, no one outside the company and the Turkish Armed Forces knows how much of a radar signature Kızılelma leaves. And it should remain that way.
 

Zafer

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The radar-absorbent material (RAM) coating designed to provide stealth capabilities for the KAAN has been manufactured in Ankara, has passed over 30 tests, and is ready for use.

It can be said that the KAAN's stealth level will surpass that of the F-35, thanks to innovations in RAM technology.

The radar-signal-absorbing coating used on the KAAN and ANKA-3 is superior to the coating used on American F-35 aircraft.

The next-generation coating developed for the KAAN and ANKA-3 was designed with more durable and modern components to overcome the chronic maintenance issues associated with the F-35.

The KAAN’s Radar Cross Section (RCS) value is 0.001 m²—roughly the size of a golf ball.

The KAAN incorporates millions of lines of code written by ASELSAN and HAVELSAN.
 
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IC3M@N FX

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It is physically and industrially impossible for the KAAN (a huge, twin-engine fighter with conventional round engine nozzles and a supporting central cockpit arch) to have exactly the same radar signature as the much smaller, single-engine F-35 with its completely seamless, one-piece cockpit.
Realistic figure: Taking into account the updated, flatter TUSAŞ dimensions (5 metres in height) and an Have Glass V equivalent + coating, the production KAAN’s frontal area is realistically between 0.005 m² and 0.01 m². This is still an absolutely top-class figure, placing the jet well within the VLO (Very Low Observable) range, but not quite at the absolutely extreme level of the F-35.

And....how can the TAI KAAN, which has the same radar absorbers as the Anka 3 & Kizilelma, have the same RCS values as the Anka 3, which is completely Clean Design and Tailless?

With the TEI TF-35000 fitted with optimised nozzles, it is certainly possible to achieve an RCS of between 0.003 and 0.008, but that is as low as it gets – which is still a bloody good figure.
The USA has had experience with radar-absorbing materials, coatings and paints since the 1970s and 1980s; it is impossible to reach this level in 5 to 10 years.
 
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