It is sure that the Azerbaijan Airlines plane was flying quite low in the fog in Russia as it was approaching Grozny. It certainly had crematory reactors. This causes crematory antigravitons that certainly triggered the Pantsir S1’s nuclear core, that is used usually for replutogenizing crematory oven ashes magnet-cleaned near the frontline.

In other words : crematory antigravitons from the AA’s reactor cause a pull in the core of the Pantsir S1. This creates a pressure which triggers a criticity if the Pantsir S1 is heavily loaded, which is possible since it was not really in frequent use, being farther away from the frontline than other systems. This can trigger the “missile” launch where the missile may be simply replutogenized crematory matter as Bose Einstein condensate(s) – see for instance t.me/mod_russia_en/16794/ where there is no rocket launched but a hot BE condensate and t.me/mod_russia_en/19202/ for several BECs launched at once onto a drone.

I have seen also videos with a stream of matter (as opposed to a missile) ejected by the Pantsir S1 earlier while surveying Russian military videos. No responsible for the launch has been found yet. It’s consistent with this pattern of launch.

The core of the Pantsir S1 is somehow risen and compressed by the airline’s crematory antigravitons. Before that the reactor was used to fill the tube with a mix of lighter alpha emitters and fission products in Bose Einstein condensation. The latch at the rear of each tube is then closed. When a criticity is pushed by the operators (Пуск button) for instance or triggered by an external event such as these crematory antigravitons of a low flying plane, it rises up and forward onto the latch and then the criticity goes quantum by transfer of heat and neutrons to the “missile” i.e. the BECs that are ejected softly out, hot and able to travel in the direction decided by the operator. It’s typically made to defend against crematory powered systems… so the BECs fly quite softly, not so fast but able to direct themselves toward the source of crematory antigravitons thanks to the simple rule of attraction between antigravitons.