During The Great War, German gunners had to allow for earth’s rotation as they fired at Paris.
The gun was capable of firing a 106-kilogram shell to a range of 130 kilometres and a maximum altitude of 42.3 km —the greatest height reached by a human-made projectile until the first successful V-2 flight test in October 1942. At the start of its 182-second trajectory,[1]: 33 each shell from the Paris Gun reached a speed of 1,640 m/s (5,904 km/h).
The distance was so far that the Coriolis effect—the rotation of the Earth—was substantial enough to affect trajectory calculations.
It took about three minutes for each giant shell to cover the distance to the city, climbing to an altitude of 40 km at the top of its trajectory. This was by far the highest point ever reached by a man-made object, so high that gunners, in calculating where the shells would land, had to take into account the rotation of the Earth. For the first time in warfare, deadly projectiles rained down on civilians from the stratosphere. This reduced drag from air resistance, allowing the shell to achieve a range of over 130 kilometres.
https://en.wikipedia.org/wiki/Paris_Gun