REMOTELY CONTROLLABLE WEAPON STATION AND METHOD FOR OPERATING A CONTROLLABLE WEAPON STATION

The invention relates to a remotely controllable weapon station (1) for combating a target object, comprising a weapon (2) mounted on a carriage (3) such that it can be adjusted in azimuth and elevation. The weapon station (1) comprises a display system (4) for the optical representation of a target area of the weapon (2), a first unit (5) for determining a desired impact point (T1) for a projectile of the weapon (2) on said display system (4), a second unit (6) for determining an actual impact point (T2) of the projectile of the weapon (2) represented on said display system (4), and a third unit (7) for determining a new desired impact point (T3) for the projectile of the weapon (2) by a point reflection of the determined actual impact point (T2) to the determined desired impact point (T1).