How many mils does one turn of the traversing handwheel on the Upper Saddle adjust?

When operating a mortar system, the traversing handwheel on the Upper Saddle is a critical component used for adjusting the direction the mortar fires. Each complete turn of the traversing handwheel typically results in a predetermined angular adjustment, measured in mils, which is a unit of angular measurement commonly used in military applications for artillery and mortar fire.

In this context, one complete turn of the traversing handwheel adjusts the azimuth by 10 mils. This standard allows for precise adjustments when aiming the mortar, aiding in the accuracy and effectiveness of fire missions. Understanding this adjustment mechanism is essential for operators, as it directly impacts their ability to hit specific targets.

Thus, knowing that one turn corresponds to 10 mils helps mortarmen quickly calculate and make necessary adjustments based on their firing solutions and target distances. Familiarity with these mechanical adjustments ensures smoother operations and improved targeting efficacy on the battlefield.