Aiming Point Method Procedures Quiz

The process of adjusting the sight of a weapon to ensure that the bullet hits the target where the shooter aims.

The rear sight on the RPG-7 launcher that can be adjusted up and down to compensate for different ranges.

A device used to align the barrel of the RPG-7 launcher with the sights. It consists of crosshairs aligned with the barrel.

A type of sight on the RPG-7 launcher that is not adjustable.

The adjustable sight on the RPG-7 launcher, allowing the shooter to adjust for different ranges.

A method for zeroing (adjusting) the RPG-7 launcher using a target at a specific distance and a plumb line.

A method for zeroing the RPG-7 launcher using a specific aiming point.

The process of ensuring the RPG-7 launcher is stable and secure before zeroing.

The process of adjusting the Red Dot Sight and boresight to ensure they are aligned with the target.

A visual reference point used for zeroing the RPG-7, allowing for easy adjustment during target practice and actual combat.

A specific distance at which the RPG-7 is initially zeroed, typically chosen for its optimal performance.

The adjusting mechanism on the Red Dot Sight which allows the user to move the Red Dot up or down.

The adjusting mechanism on the Red Dot Sight which allows the user to move the Red Dot left or right.

The distance between the user's eye and the Red Dot Sight when aiming. This distance is critical for accurate aiming.

The RPG-7 is effective against personnel as an anti-personnel weapon.

The RPG-7 can be used to effectively target soft-skinned vehicles, especially those used by insurgents or terrorists.

The explosive charge of the RPG-7 can be used as an improvised explosive device (IED) by attaching a suitable detonating device.

RPG-7 rounds can also be used to neutralize IEDs by detonating them safely.

The RPG-7 sight, RS1A, is specifically designed for right-handed shooters.

The rocket's stud may not fit properly in the launcher due to factors like carbon buildup, faulty ammunition, or paint on the stud.

Loose mounting screws on the RS1A telescopic sight can have a negative impact on the accuracy of the weapon.

An improperly fitted sight slide mounting latch can cause issues with bore sighting, which affects the weapon's accuracy.

A type of munition used with the VOSEL (M2) Fire Control Unit, designed for defeating armor.

A type of munition used with the VOSEL (M2) Fire Control Unit, designed for high explosive effects.

A type of munition used with the VOSEL (M2) Fire Control Unit, used for training purposes.

A component of the VOSEL (M2) Fire Control Unit (FCU) responsible for controlling the fire process.

A procedure to check the functionality of the VOSEL (M2) Fire Control Unit before use.

A component of the FCU that displays information about its status and operation.

A sequence of messages shown on the FCU display during the Auto-Test Cycle, confirming the FCU is functioning properly.

A protective bag used to store and carry the munition.

A process of aligning the telescopic sight with the launcher's barrel by adjusting the sight's screws until the aiming point on the sight and the aiming point on the target coincide. This can be achieved by adjusting the deflection and elevation screws.

A reflex sight that projects a visible dot for aiming. It's characterized by a lack of magnification and unlimited eye relief, providing a simpler aiming solution. This is a non-magnifying sight.

The ability to view targets at a distance without being limited by the position of your eye. This means you can aim and see the target even if your eye is not directly behind the sight.

A feature of a sight that allows the user to see a wide area of the target without any obstructions. This is important for quickly identifying and acquiring targets.

The adjustment screws that allow precise control of the aiming point by moving the sight vertically, aligning the sight with the target's height.

A message displayed on the firing control unit (FCU) when the time allocated for calculations is exceeded.

The process of terminating a firing sequence before the munition is launched.

A message displayed on the FCU indicating a failure in the laser rangefinder.

A message displayed on the FCU indicating a malfunction in the triaxial sensor.

A message displayed on the FCU indicating that the munition is not connected or not detected by the FCU.

A message displayed on the FCU indicating that the munition propellant temperature is outside the safe firing range.

The process of dismantling the weapon system after firing, following the reverse order of assembly.

A combination of textual messages and visual indicators displayed on the firing control unit (FCU) to inform the operator about the status of the system during the tracking and firing cycle.