What is the maximum QE a M777A2 can fire?

What is the maximum QE a M777A2 can fire?

• A. 1275 mils
• B. 1300 mils
• C. 1350 mils
• D. 1400 mils

Answer: (A)

The M777A2, which is a lightweight towed howitzer, has a maximum Quadrant Elevation (QE) capability of 1275 mils. This measurement reflects the maximum angle at which the howitzer can be elevated to achieve effective range and accuracy during indirect fire operations. Understanding the maximum QE is crucial for Fire Control Specialists as it influences the operational planning and execution of fire missions. The weapon's ability to adjust its elevation impacts the trajectory of the shell, the distance it can effectively engage targets, and the type of ammunition that may be used. Other options reflect incorrect maximum elevations for the M777A2. Each of those values exceeds what the howitzer's design specifications allow, which could lead to complications in targeting and potentially decrease the effectiveness of fire support missions due to an inability to utilize such angles. This reinforces the importance of knowing the technical specifications of the equipment to ensure optimal performance in the field.

The M777A2, which is a lightweight towed howitzer, has a maximum Quadrant Elevation (QE) capability of 1275 mils. This measurement reflects the maximum angle at which the howitzer can be elevated to achieve effective range and accuracy during indirect fire operations.

Understanding the maximum QE is crucial for Fire Control Specialists as it influences the operational planning and execution of fire missions. The weapon's ability to adjust its elevation impacts the trajectory of the shell, the distance it can effectively engage targets, and the type of ammunition that may be used.

Other options reflect incorrect maximum elevations for the M777A2. Each of those values exceeds what the howitzer's design specifications allow, which could lead to complications in targeting and potentially decrease the effectiveness of fire support missions due to an inability to utilize such angles. This reinforces the importance of knowing the technical specifications of the equipment to ensure optimal performance in the field.