What is the maximum takeoff/landing altitude?

What is the maximum takeoff/landing altitude?

• A. 12,000'
• B. 14,000'
• C. 16,000'
• D. 13,000'

Answer: (B)

The concept being tested is the aircraft’s limit for the highest airport from which you can safely take off or land. This maximum takeoff/landing altitude is set because high field elevations reduce air density, which lowers engine thrust, reduces wing lift, and increases required runway length and climb performance. The aircraft’s performance charts and safety margins specify a field elevation ceiling for takeoff and landing. For this aircraft, the published maximum takeoff/landing altitude is 14,000 feet. This means airports at or below 14,000 feet can be operated to take off or land with standard performance margins and available runway, while higher elevations would require special considerations, longer runway, or different configurations beyond the standard limits. The other numbers do not match the aircraft’s official takeoff/landing altitude limit; they may relate to other planning limits or constraints, but they are not the maximum for takeoff and landing.

The concept being tested is the aircraft’s limit for the highest airport from which you can safely take off or land. This maximum takeoff/landing altitude is set because high field elevations reduce air density, which lowers engine thrust, reduces wing lift, and increases required runway length and climb performance. The aircraft’s performance charts and safety margins specify a field elevation ceiling for takeoff and landing.

For this aircraft, the published maximum takeoff/landing altitude is 14,000 feet. This means airports at or below 14,000 feet can be operated to take off or land with standard performance margins and available runway, while higher elevations would require special considerations, longer runway, or different configurations beyond the standard limits.

The other numbers do not match the aircraft’s official takeoff/landing altitude limit; they may relate to other planning limits or constraints, but they are not the maximum for takeoff and landing.