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

Huelague

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In the case of IWB release, looking at first instance it is not a failure. The whole system of internal weapon bay release worked well. Bombs left their release pylons and the plane, without hitting the plane. They even got close to hitting the target. But the missile should have hit the target closer. See below Anka-3 IWB drop last year.
But as explained above a lot of other parameters need to be taken in to consideration. As mentioned in my previous post above there are many unforeseen forces that would affect precision targeting (as copied below). These will have to be taken in to consideration and calculated in to weapons release. So Baykar has a long way to go yet.

Seeker Acquisition problems: IIR, IR, or RF seekers can experience a delayed "lock-on" or distorted acquisition during going through this turbulent air beneath the aircraft fuselage.
Aeroacoustic problems: These causes high vibrations inside the open bay that would vibrate the internal seeker electronics, gyros, and inertial measurement units causing targeting faults before or during release.
Flow Disturbances: An abrupt transition from a calm internal bay to a near stormy air flowing bay would cause severe oscillations, and roll that could displace the munition off its intended initial trajectory.



But in the last video of @Pokemonte13 that @Şok Tedavisi has shared, LGK-82 missile has missed the square and Teber-82 missile just managed to hit inside by very little margin. But we don’t know what size those squares were. However looking at the nearby roads they are very large squares.

The LGK82 is Aselsan’s pure laser guidance kit munition.
Teber-82 is Roketsan’s hybrid GPS/INS and laser guidance munition

LGK-82 has a a CEP value of around 10 metres.
Teber-82 has a CEP value of less than 3 metres.

(Tolun-P has a CEP of less than10m too.)

So really being laser guided means, these are extra precision hitting missiles.
93.7% of LGK-82s should hit within 20 m, with 50% being inside 10 m.
93.7% of Teber-82 should hit within 6m, with 50% being inside 3m.

There seems to be something wrong with either the missiles‘ targeting or the KE’s release mechanism is affecting both missiles’ targeting systems.

Below is the first IWB release of Tolun munition from Anka-3 hitting target with a bulls eye. Showing KE how it is done. So there must be something to do with KE systems affecting the missile. I guess seeing is believing.

Bro, you should read my post again :)
 

Yasar_TR

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Bro, you should read my post again :)
I know where you are coming from.
When there is a video of Anka-3 showing the same munition being tested and hitting a bulls eye, why put a video where you clearly missed the target?
It is stupid! At least get help from Tusas to correct it. Then publish a video.
Heck! These laser guided munitions should hit moving targets on the ground. Missing a stationary target that big is unforgivable.
 

Huelague

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I know where you are coming from.
When there is a video of Anka-3 showing the same munition being tested and hitting a bulls eye, why put a video where you clearly missed the target?
It is stupid! At least get help from Tusas to correct it. Then publish a video.
Heck! These laser guided munitions should hit moving targets on the ground. Missing a stationary target that big is unforgivable.

Why advertising a system (missile/bomb) in a video which doesn’t fulfill the requirements to 100% and publishing it? I don’t get it.
 

Anmdt

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Teber 82 just about hits the target. But it is not really representative of a guidance kit that Roketsan states has a CEP of less than 3m. Teber is a guidance kit Specifically produced for precision hits.

TolunP is a complete miss though!
That is well within collateral damage area.
Roketsan gives “less than 10m CEP” for that munition.
that means 50% of missiles will fall within a circle of less than 10m radius. 43.7%. will fall wihin less than 20m radius circle.
View attachment 81711
These munitions were tested before from other UAV and air platforms with much better results.
It is clear that the releasing them from KE IWBs is having an adverse effect. That needs to be addressed.

Nevertheless, great news that IWB of KE is becoming operational.
Besides all, we don't usually aim for the "pin-point accuracy" unless that it is a munition dedicated for low collateral damage - hence why doctrinal approach exists on the seeker technology. And CEP is statistical, as per you stated already, it means there will be munitions straying away from the CEP radius, or else the CEP would have been stated as lower. Statistically these must exist, and we are publishing them, it is a nice thing, and not a failure. Mark my words, a predicted off-shoot is not a failure.

That's why these munitions have warheads made for inflicting fatal damage on personnel and equipment within two-times of the CEP.

And it seems to me that discussion has grown over to a point which we are comparing INS/GPS guidance, without knowing whether they switched to INS only terminal, to a SAL guidance which is known for sub meter accuracy and much less CEP.

So all in all, the IWB release doesn't seem to have much effect on the missile (It would on the other hand, for a air-to-air missile) but it is the INS guidance, and mostly the statistical point of view on the CEP.
 
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