On the M252, how many mils does one full turn of the elevation or traversing handwheels correspond to?

On the M252, how many mils does one full turn of the elevation or traversing handwheels correspond to?

• A. 7 or 15
• B. 5 or 10
• C. 7 or 10
• D. 10 or 20

Answer: (C)

One full turn of the elevation or traversing handwheels on the M252 corresponds to 7 mils for elevation and 10 mils for traversing. Understanding this is essential for accurate targeting and adjustments during operations. The calibration of the handwheels allows the crew to efficiently and effectively set the mortar to the desired angle or direction for fire missions. These measurements are precision elements that influence the trajectory of the mortar round, thus highlighting the importance of knowing how adjustments translate into mils. Mastery of this knowledge ensures that mortar teams can make quick and accurate adjustments based on the battlefield requirements. In this context, the selection correctly identifies the mils associated with each function of the handwheels, which is crucial for effective mortar operation and successful mission outcomes.

One full turn of the elevation or traversing handwheels on the M252 corresponds to 7 mils for elevation and 10 mils for traversing. Understanding this is essential for accurate targeting and adjustments during operations.

The calibration of the handwheels allows the crew to efficiently and effectively set the mortar to the desired angle or direction for fire missions. These measurements are precision elements that influence the trajectory of the mortar round, thus highlighting the importance of knowing how adjustments translate into mils. Mastery of this knowledge ensures that mortar teams can make quick and accurate adjustments based on the battlefield requirements.

In this context, the selection correctly identifies the mils associated with each function of the handwheels, which is crucial for effective mortar operation and successful mission outcomes.