Der russische Abfangjäger „Yolka“ kann die ukrainische Angriffsdrohne „Liutyi“ bei schlechten Lichtverhältnissen nicht angreifen, während die Luftverteidigung im Hintergrund feuert, ohne dass ein erfolgreicher Treffer erfolgt. Veröffentlicht am 01.04.2026



    Von Mean_Entrance_6118

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    4 Kommentare

    1. I’m wondering if this is actually FP-2 strike on Crimea which took out the Orion operations area and an An-72 Coaler.

      Ok I looked at Lyutyi and FP2… They both have inverted V tails, but the Lyutyi has swept leading edge and straight trail while the FP1/2 feature straight-straight wings. If we had 20 more pixels we could tell

    2. Mean_Entrance_6118 on

      Source description:

      >“Yolka“ is a daytime interceptor. The video shows that in these lighting conditions the automatic capture did not work. The kamikaze drone An-196 „Liutyi“ passed over the position unscathed. Similar targets are practically inaccessible to „Yolka“ even during the day due to the high speed and altitude of the targets flight.

      And some info on the Yolka from Serhii Flash:

      I think a lot of people will find this interesting. Here’s what I’ve managed to learn about the “Yolka” interceptor drone:

      1. It only operates during the day.
      2. It does not work in rain.
      3. It functions in wind speeds up to 8 m/s.
      4. Flight range is 3 km.
      5. Speed is 200 km/h.
      6. It has no warhead.
      7. It performs poorly in conditions with high-contrast clouds or bright direct sunlight.
      8. If it loses the target, the interceptor climbs about 50 meters and then glides down to the ground.
      9. Powered by a 6S LiPo battery.
      10. It is guaranteed to engage targets moving up to 80 km/h regardless of the relative orientation of the operator and the drone. For targets moving faster than 80 km/h, interception requires anticipating the flight path and attack angle.

    3. I was previously guessing these things were possibly contrast lock and this is a pretty good example of the limitations of TV contrast lock in varying light conditions.

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