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Exercise 12c — Lesson 14

Short-Field and Soft-Field Operations

Operate from runways near the aircraft's minimum required distance and from unpaved/soft surfaces.

Short-Field Takeoff

The short-field takeoff maximizes use of available runway and provides the steepest initial climb to clear obstacles:

  1. Pre-takeoff: Complete all checks. Set flaps as recommended by POH (typically 10 degrees). Trim for takeoff.
  2. Position: Taxi to the very beginning of the runway. Use every foot available.
  3. Hold brakes: Apply and hold toe brakes firmly.
  4. Full power: Advance throttle to full power. Verify engine instruments — RPM, oil pressure, oil temperature all normal.
  5. Release brakes: Once full power is confirmed and stable, release brakes simultaneously.
  6. Accelerate: Keep the aircraft tracking straight with rudder. Slight back pressure to reduce nosewheel drag.
  7. Rotate: At the POH-specified rotation speed, smoothly rotate to the climb attitude.
  8. Climb at VX: Maintain best angle of climb speed until any obstacle is cleared (or to at least 50 feet AGL).
  9. Transition to VY: Lower the nose slightly to accelerate to best rate of climb speed.
  10. Retract flaps: Once established in the climb at VY with adequate altitude.

Simulator Practice

On the Aviator.NYC AATD, practice short-field takeoffs with a simulated 50-foot obstacle at various distances from the runway end. This builds the discipline of VX climb and the awareness of obstacle clearance margins.

Short-Field Approach & Landing

Precision speed control and a specific aim point are essential. The goal is zero float and touchdown on your mark:

  1. Configure early: Full flaps (as POH recommends) established on final approach.
  2. Speed control: Maintain the POH approach speed precisely — typically Vref or 1.3 VS0. Do not add excessive speed.
  3. Aim point: Select a specific touchdown point and fly toward it. The aim point should remain stationary in the windscreen if you are on the correct glide path.
  4. Power management: Use power to control the descent rate. Reduce to idle just before the flare.
  5. Flare: Round out at the normal height — touch down firmly but not hard.
  6. After touchdown: Retract flaps immediately (dumps lift, puts weight on wheels). Apply maximum braking. Use aerodynamic braking (hold the nose up) as speed permits.

Key Concept

Excess speed is the enemy of a short-field landing. Every extra knot above the correct approach speed adds float distance. On a genuinely short runway, that extra float can mean running off the end.

Soft-Field Takeoff

The soft-field takeoff minimizes time on the soft surface and uses ground effect to accelerate to a safe climb speed:

  1. Taxi without stopping: Roll continuously from the taxiway onto the runway and into the takeoff roll. Do not stop on the soft surface.
  2. Full back pressure: As you align with the runway, hold full back pressure to keep the nosewheel light (or off the surface entirely).
  3. Full power: Apply full power smoothly as you roll.
  4. Lift off early: The aircraft will become airborne at a speed below normal climb speed. Allow this — do not force it back onto the ground.
  5. Accelerate in ground effect: Immediately after liftoff, lower the nose slightly to remain within one wingspan of the surface. Allow the airspeed to build.
  6. Climb: Once VX or VY is reached, establish a normal climb.

Note

The aircraft will be flying in a high angle of attack, low speed configuration immediately after liftoff. Do not pull back further or attempt to climb — you will stall. Let the aircraft accelerate in ground effect first.

Soft-Field Landing

The soft-field landing aims to touch down at the lowest possible speed with a nose-high attitude to protect the nosewheel:

  1. Normal approach: Fly a stabilized approach at the correct speed with appropriate flaps.
  2. Full flare: Use a complete flare to dissipate as much energy as possible before touchdown.
  3. Minimum speed touchdown: Allow the aircraft to settle onto the main wheels at the slowest possible speed.
  4. Hold back pressure: After touchdown, maintain full back pressure to keep the nosewheel off the surface for as long as possible.
  5. Do not brake hard: Allow the soft surface to decelerate the aircraft. Hard braking on a soft surface risks digging the wheels in.
  6. Keep rolling: If possible, keep the aircraft moving until you reach a hard surface or parking area. Stopping on a soft surface may make it difficult to start again.

Safety

On extremely soft surfaces, the nosewheel contacting the ground can cause the aircraft to nose over. Protecting the nosewheel is not merely about comfort — it is about preventing a potentially catastrophic pitch-over.

These lesson plans are provided as supplementary training guidance only. They do not supersede FAA publications, aircraft manufacturer documentation, or your instructor's direction. Always refer to the FAA Instrument Flying Handbook, Airplane Flying Handbook, AIM, and applicable POH/AFM as the official sources.