The simulated engine failure on the checkride and the field you picked from three thousand feet that you never actually made

The simulated engine failure - formally called the emergency approach to landing - fails more private pilot checkride applicants than steep turns or stalls combined. Most busts don’t happen because of panic. They happen because the applicant never had a real plan for getting from three thousand feet AGL to a selected field on the ground in the three to four minutes a typical trainer gives you.

What Does the Examiner Actually Want to See?

The Airman Certification Standards (ACS) spell out the task clearly. You must:

• Establish and maintain best glide speed
• Select a suitable landing area
• Set up a pattern to that field
• Configure the airplane and run a checklist
• Arrive at a point where a safe landing could reasonably be made

You have roughly three to four minutes from the moment the throttle comes to idle at three thousand feet AGL. The clock starts immediately.

What Is the Number One Mistake?

It’s not picking the wrong field. It’s spending thirty seconds frozen, scanning the horizon for the perfect landing spot. While you search for that gorgeous three-thousand-foot grass strip with a windsock, your trainer is descending at roughly 700 feet per minute. That thirty-second hesitation costs you 350 feet of altitude you will never get back.

Rule one: Pitch for best glide speed first. Before any decision-making. In a Cessna 172, that’s 65 knots indicated. In a Piper Cherokee 140, it’s 73 knots. Know your number cold. Pitch, trim, then think.

Rule two: Pick a field and commit within ten seconds. You don’t need the best field. You need a good-enough field - something into the wind or close to it, long enough, with no power lines or trees on the approach end. A harvested farm field, a wide empty road, or a clear pasture all work.

Why Do Students Pick the Wrong Field?

They pick a field two miles away when there’s a perfectly acceptable one half a mile off the left wing. The distant field looks bigger, flatter, more like a runway. But you’re a glider now - a very inefficient one. Distance eats altitude fast, especially with any headwind.

The examiner isn’t looking for you to find a runway. The examiner is evaluating whether you can manage the energy you have left and put the airplane where you say you’ll put it.

How Do You Fly the Pattern to Your Field?

This is where most checkride busts actually happen, and it’s the part almost nobody practices enough. Once you’ve selected your field, fly a traffic pattern to it - not a dive at it. Downwind, base, final, just like an airport pattern.

Your key position is abeam your intended touchdown point on the downwind leg, at approximately 1,000 feet AGL. From there, you need to lose that thousand feet through one base turn and one final approach. In a typical trainer with flaps up, a glide descent of about 500 feet per minute gives you roughly two minutes - enough for a comfortable base-to-final turn if your pattern geometry is correct.

The two common pattern errors:

• Too far from the field on downwind: You can’t glide back and never make the field.
• Too close on downwind: You arrive too high on final with no way to shed altitude.

How Should You Manage the Descent from Three Thousand Feet?

Think of the emergency approach in three phases:

Phase one (first ten seconds): Pitch for best glide, trim, pick your field.

Phase two (the cruise down): Descend from your current altitude to pattern altitude over the field. Use this time to troubleshoot, run your checklist, make a radio call, and set up your pattern geometry.

Phase three (the pattern): Downwind, base, final - same as any landing.

The critical planning happens in phase two. You need to lose roughly 2,000 feet before reaching your downwind key position. Don’t fly straight at the field from altitude. Maneuver to set up the pattern and control your descent rate to arrive at the key position at the right altitude. If you’re high, widen the pattern slightly. If you’re low, tighten it. Small corrections early are easy. Large corrections late end checkrides.

The Classic Bust Scenario

A student picks a beautiful soybean field and commits immediately - great start. But then flies directly toward it at three thousand feet, arrives overhead at two thousand, and has to orbit over the field burning off altitude. One circle loses 400 feet. During the second orbit, the student gets disoriented, loses track of the wind, and rolls out on what they think is final - heading downwind at 800 feet with the field behind them.

The examiner gives the engine back. The maneuver is a bust. Not because the student couldn’t fly, but because there was never a plan for managing the altitude between three thousand feet and the ground.

What About the Checklist?

The examiner wants to see that you attempt to restart the engine, secure the aircraft, and communicate. In most trainers, that means:

• Restart attempt: Fuel selector, mixture, carburetor heat, magnetos, primer
• Communication: Squawk 7700, call on 121.5
• Secure the cabin: Doors unlatched, seatbelts tight, mixture to idle cutoff before touchdown

But the checklist is not more important than flying the airplane. The examiner would rather see you nail the approach with an abbreviated checklist than recite every memory item while you sail past your field 300 feet too high.

Aviate, navigate, communicate. In that order. Always.

What If the Engine Fails at a Lower Altitude?

Your examiner might not pull the throttle at three thousand feet. Some pull it at 2,000 feet, 1,500 feet, or even on the downwind at 1,000 feet AGL. If you’ve only practiced from three thousand, the compressed timeline will rattle you.

Here’s how your options change by altitude:

• 3,000 feet AGL: Field can be up to two miles away
• 1,500 feet AGL: Field needs to be within about one mile
• 800 feet AGL: You’re landing within roughly half a mile, possibly on a straight-in or modified base - no time for a full pattern

Ask your instructor to practice engine failures at multiple altitudes during training.

Why Does Wind Matter So Much?

Before the engine quits, you should already know the wind direction and approximate speed from the correction angles you’ve been holding during air work. When the throttle comes to idle, that information determines your entire pattern setup.

Into the wind gives you a shorter ground roll and steeper approach angle relative to the ground, meaning you can use a shorter field. A tailwind on final means fast groundspeed, floating in the flare, and an overshoot the examiner will see coming before you do.

Key Takeaways

• Pitch for best glide speed instantly - before picking a field, before troubleshooting, before anything else
• Pick a good-enough field within ten seconds and commit; the nearby acceptable field beats the distant perfect one
• Fly a real traffic pattern to your field with a key position abeam the touchdown point at roughly 1,000 feet AGL
• Manage the descent in phases, planning your altitude loss so you arrive at the key position at the right height - not overhead at double the altitude
• Practice from multiple altitudes so a low-altitude engine failure on the checkride doesn’t catch you off guard

Checkride Homework

Practice the emergency approach from at least three different starting altitudes. Know your best glide speed without thinking. Practice picking and committing to a field in ten seconds. Fly the pattern geometry with the key position at 1,000 feet AGL abeam the field. And always know the wind.

The emergency approach section of the FAA Airplane Flying Handbook and the Private Pilot Airman Certification Standards cover this maneuver in detail and are the primary references for what the examiner expects.