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Managing Climbs

Gemini Sparkle

Key Takeaways:

  • Effective climbing, particularly in emergency escape maneuvers, fundamentally relies on understanding and managing energy conversion (e.g., chemical to thrust, kinetic to potential) rather than just the four steady-state forces.
  • Different climb scenarios, from high-risk short-field takeoffs to routine ascents and autopilot-assisted climbs, demand specific techniques, careful airspeed and power management, and awareness of unique risks like stall/spin or engine failure in multi-engine aircraft.
  • Pilots must consider the effects of altitude on air density (impacting performance and indicated vs. true airspeed) and human physiology (requiring supplemental oxygen or cabin pressurization), along with efficient strategies for transitioning from climb to level flight.
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It was a moonless night in the valley, with a strong wind behind us from the north. I usually fly single-pilot, but that night I had a new hire, an old friend, with me. He was getting to know a new-to-him airplane. We talked about the terrain and the wind and the runway length, and that I had been to the destination airport recently. It was a good briefing. We decided to enter on the downwind for a visual approach.

On base leg, the runway was in sight. I was really surprised to hear an automated female voice saying “Terrain! Pull up!” But I could see the runway, so I hesitated. “You’d better climb,” my friend said, very calmly, and I realized he meant it, so I added a lot of power and pulled the nose up just short of stalling, just like I’d practiced in the simulator. They call it an escape maneuver. Now that was a climb.

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