What is the elevation of the obstruction located approximately 3 NM northwest of McCampbell Airport?

What is the elevation of the obstruction located approximately 3 NM northwest of McCampbell Airport?

• A. 300 feet MSL
• B. 315 feet MSL
• C. 350 feet MSL
• D. 280 feet MSL

Answer: (B)

The elevation of the obstruction located approximately 3 nautical miles northwest of McCampbell Airport is identified as 315 feet MSL, which is representative of the height of the obstruction measured in feet above mean sea level. This specific number is critical for pilots during flight planning and navigation, as it helps ensure safe altitudes are maintained during approach, departure, and en route flight. Understanding the actual elevation of nearby obstructions is essential to avoid potential collisions and to maintain safe vertical clearance during flight operations. Most moderate and significant obstructions are charted for visualization, allowing pilots to make informed decisions based on their altitude and the surrounding terrain. Being aware of and accurately understanding these elevations contributes greatly to flight safety and navigation precision, promoting operational efficiency and reducing the risk of in-flight incidents.

The elevation of the obstruction located approximately 3 nautical miles northwest of McCampbell Airport is identified as 315 feet MSL, which is representative of the height of the obstruction measured in feet above mean sea level. This specific number is critical for pilots during flight planning and navigation, as it helps ensure safe altitudes are maintained during approach, departure, and en route flight. Understanding the actual elevation of nearby obstructions is essential to avoid potential collisions and to maintain safe vertical clearance during flight operations.

Most moderate and significant obstructions are charted for visualization, allowing pilots to make informed decisions based on their altitude and the surrounding terrain. Being aware of and accurately understanding these elevations contributes greatly to flight safety and navigation precision, promoting operational efficiency and reducing the risk of in-flight incidents.