The problem of stabilization is not with movement generated by the drone itself (for example, by vibrations for motors) but by small movements generated by micro air currents. While the drone is able to compensate for them once they begin effecting the drones movement, it's question of how fast and how exactly the drone can correct from small movements. So, you might have no trouble firing at a target a few hundred meters away, but shooting at a target further away might not be possible.
Pulling some numbers out of my ass:
Assuming the very best of (meta)human snipers are able to engage man-sized targets to a maximum range of around 2.4km.
A flying drone might be limited to somewhere between 500 and 900 meters max range using the same base weapon.
and a ground-bound drone could basically match the meta-human's max range.
Pulling some numbers out of my ass:
Assuming the very best of (meta)human snipers are able to engage man-sized targets to a maximum range of around 2.4km.
A flying drone might be limited to somewhere between 500 and 900 meters max range using the same base weapon.
and a ground-bound drone could basically match the meta-human's max range.
That's what I was originally thinking as well. Just human blood pulsing through veins that cross bones can throw off a sniper's shot. Which was why I said, 600 meters or so for turbulence and such.