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The Syria UAP EXPLAINED (cont.)
Game. Set. Match @MvonRen @JeremyCorbell
The switch from Rate -> Rate G on the screen is not perfectly synchronized due to the sensor and the UI update loop via the display being on different refresh rates, creating a microsecond lag of the indication of the switch to Rate G vs. the actual motion of the sensor, which switched from panning East -> NorthEast -> North (respective to the sensor and object on the screen; not actual directions) while tracking the object because the object moves west to east, then starts veering Northeast.
It’s at the point when the Gimbal pans North, correlated with the microsecond lag of the Rate G switch, that the object accelerates out of the view of the sensor. This is the same type of parallax effect displayed in the FLIR video that @MickWest debunked.
The Syria “UAP” does not accelerate. This is parallax caused by the pilot panning past the object while outside of lock, causing the windborn object “zipping” out of frame.
This is not aliens or NHI or exotic tech.
Marik vR@MvonRen
@AeroTech_Space @JeremyCorbell Sorry, incorrect. The background/camera motion remains constant when the object a) maneuvers (breaking lock) and b) accelerates instantaneously. The latter can be seen here. Background motion changes to vertical (roughly north) only after the object accelerates. Data confirm.
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