I've always been surprised by the complete lack of information on How Wide the drone's camera actually captures in different shooting modes - DJI releases the specifications of the lens (in the case of the Avata 2 FOV 155⁰ or 12mm) and that's it - ever since the Mavic 2 I was disappointed by how much tighter the shot actually was.
So I decided since there was no information, to test it myself
Deeply SCIENTIFICALLY , I put the Avatar 2 at 40 cm from the wardrobe - I stretched the tape measure supposedly in the middle of the frame, it turned out that everything was not visible in the goggles either, and therefore in the first frame, the beginning of the roulette is in the frame, I extrapolated a little
So, I shoot in 4K 60 frames per second 16:9 (D-Log shouldn't matter, does anyone know )
And I started - UltraWide without stabilization, UltraWide with stabilization, then Wide without and with, and finally Normal without, with, and with horizonSteady, After which I started remembering geometry to calculate the angle (FOV - Field of View) and I measured it horizontally and diagonally (because I don't know what the spec is, I guess diagonal at 4:3?)
So here are the results
So I decided since there was no information, to test it myself
Deeply SCIENTIFICALLY
, I put the Avatar 2 at 40 cm from the wardrobe - I stretched the tape measure supposedly in the middle of the frame, it turned out that everything was not visible in the goggles either, and therefore in the first frame, the beginning of the roulette is in the frame, I extrapolated a little So, I shoot in 4K 60 frames per second 16:9 (D-Log shouldn't matter, does anyone know
)And I started - UltraWide without stabilization, UltraWide with stabilization, then Wide without and with, and finally Normal without, with, and with horizonSteady, After which I started remembering geometry to calculate the angle (FOV - Field of View) and I measured it horizontally and diagonally (because I don't know what the spec is, I guess diagonal at 4:3?)
So here are the results
