What is the maximum range, in meters, of the M982 Excalibur projectile?

What is the maximum range, in meters, of the M982 Excalibur projectile?

• A. 44000
• B. 24500
• C. 22200
• D. 37500

Answer: (D)

The M982 Excalibur projectile, which is a GPS-guided precision artillery round used by the U.S. Army and Marines, has a maximum range of approximately 40,000 meters, or 40 kilometers. The choice indicating a range of 37,500 meters aligns closely with the effective performance metrics of this projectile. The Excalibur’s advanced guidance systems allow it to engage targets at long distances with high accuracy, making it a valuable asset for fire support teams in modern warfare. This characteristic not only enables it to hit targets far beyond conventional artillery ranges but also enhances operational flexibility. In comparison, the other options present range figures that are significantly lower than the capabilities of the Excalibur, illustrating their limitations against the projectile’s design and intended use. The correct choice highlights the enhanced capabilities of modern artillery systems in terms of both range and precision.

The M982 Excalibur projectile, which is a GPS-guided precision artillery round used by the U.S. Army and Marines, has a maximum range of approximately 40,000 meters, or 40 kilometers. The choice indicating a range of 37,500 meters aligns closely with the effective performance metrics of this projectile.

The Excalibur’s advanced guidance systems allow it to engage targets at long distances with high accuracy, making it a valuable asset for fire support teams in modern warfare. This characteristic not only enables it to hit targets far beyond conventional artillery ranges but also enhances operational flexibility.

In comparison, the other options present range figures that are significantly lower than the capabilities of the Excalibur, illustrating their limitations against the projectile’s design and intended use. The correct choice highlights the enhanced capabilities of modern artillery systems in terms of both range and precision.