Commercial Pilot Study Guide: Normal Approach and Landing

A commercial-level landing starts well before the wheels touch the runway.

From the moment you begin setting up for the approach, you are managing airspeed, altitude, configuration, wind, traffic, runway alignment, and aircraft energy. The goal is to bring all of those factors together into a stable approach and controlled touchdown—while remaining prepared to go around if the conditions are no longer right.

For the Commercial Pilot practical test, consistency matters. The examiner is looking for a pilot who can recognize what the airplane is doing, stay ahead of changing conditions, and make corrections without allowing the approach to unravel.

Think Ahead of the Airplane

Before entering the final portion of the approach, you should already know what to expect.

Ask yourself:

• What is the wind doing?
• What is the crosswind component?
• What approach speed will I use?
• Where is my intended touchdown point?
• Is the runway length and condition suitable?
• What aircraft configuration will I use?
• What conditions would cause me to go around?

This planning reduces workload later in the approach, when your attention needs to remain primarily outside the aircraft.

Build the Approach, Don’t Chase It

A common mistake is allowing the aircraft to become high, low, fast, or slow and then spending the rest of the approach trying to fix it.

Instead, establish the aircraft early.

Use the appropriate configuration, trim the airplane, establish the desired descent, and maintain the manufacturer’s recommended approach speed.

Your scan should continuously evaluate:

Airspeed → Aim Point → Alignment → Descent → Wind Correction

Small corrections made early are usually better than large corrections made close to the runway.

Manage the Aircraft’s Energy

One of the biggest differences between simply landing an airplane and consistently landing it well is energy management.

If you arrive on final too fast, the excess energy has to go somewhere. That often results in floating and using more runway.

If you are too slow, you reduce your margin above the stall and may require larger power or pitch corrections.

If you are too high, forcing the airplane down can create an excessive descent rate or unstable approach.

The objective is to arrive at the runway with the right combination of airspeed, altitude, power, and configuration.

Rather than thinking only about “getting to the runway,” think about controlling the airplane’s energy all the way to touchdown.

Use the Runway as a Visual Reference

Your intended touchdown area provides valuable information throughout the approach.

If the aiming point appears to move upward in the windshield, you may be trending toward landing short.

If it appears to move downward, you may be trending toward overshooting it.

If it remains relatively stationary, your flight path is generally taking you toward that point.

This does not replace your instrument cross-check. Continue monitoring airspeed while using outside visual references to judge the aircraft’s flight path.

Don’t Forget the Wind

Crosswind correction should be part of the approach from the beginning.

You may use a crab to maintain the desired ground track during portions of the approach, but the airplane must ultimately arrive at touchdown without sideways drift and with its longitudinal axis properly aligned with the runway.

As the aircraft slows during the landing roll, flight controls become less effective. Continue increasing appropriate aileron correction as necessary rather than relaxing the controls immediately after touchdown.

The maneuver isn’t finished when the tires touch.

The Roundout and Flare

As you transition into the roundout, shift your visual focus farther down the runway and smoothly adjust pitch to reduce the descent rate.

Avoid trying to “place” the airplane onto the runway.

Instead, allow the aircraft to decelerate while progressively increasing the pitch attitude necessary to maintain the proper landing attitude.

For a typical tricycle-gear airplane, the main wheels should touch first. The nosewheel should then be lowered under control rather than allowed to drop onto the runway.

A firm touchdown within the required area and under control can be preferable to an extremely smooth touchdown that occurs well beyond the intended point.

Know Your ACS Standards

Precision is part of the commercial pilot standard.

For the normal approach and landing, the applicant should be prepared to:

• Maintain the recommended approach airspeed, or the appropriate airspeed when a manufacturer recommendation is not available, within +10/-5 knots.
• Maintain proper directional control and appropriate crosswind correction.
• Touch down smoothly at the proper pitch attitude.
• Touch down within 200 feet beyond or on the specified touchdown point, with no touchdown short of that point.
• Maintain aircraft control throughout the landing and rollout.

Always review the current Commercial Pilot ACS and the POH/AFM for the aircraft you will use on your practical test.

The Go-Around Decision

Commercial-level judgment includes knowing when not to land.

If the approach becomes unstable, do not force the airplane onto the runway simply because you’re close.

A go-around may be necessary because of:

• Excessive airspeed
• Improper runway alignment
• An unstable descent
• Traffic or runway conflicts
• Unexpected wind changes
• Excessive floating
• An obstructed runway
• An approach that simply doesn’t look or feel right

Making an early go-around decision demonstrates better judgment than attempting to rescue an approach that has deteriorated.

Questions You Should Be Able to Answer

Before your checkride, make sure you can confidently explain:

How does aircraft weight affect landing performance?
A heavier aircraft generally requires more energy to be dissipated and can increase landing distance.

What happens when you carry excessive airspeed?
Landing distance increases, floating becomes more likely, and precise touchdown becomes more difficult.

How does a tailwind affect landing performance?
A tailwind increases groundspeed for a given indicated airspeed and can significantly increase landing distance.

Why does density altitude matter during landing operations?
Higher density altitude can affect aircraft performance, true airspeed, groundspeed, and go-around performance.

When should you go around?
Whenever a safe landing is no longer assured or the approach does not meet acceptable stabilized criteria.

Why continue crosswind correction after touchdown?
Wind continues acting on the aircraft during rollout, and proper control positioning helps maintain directional control.

Common Errors to Watch For

During training, pay attention to patterns rather than treating each poor landing as an isolated event.

Repeatedly floating? Check your final approach speed.

Drifting away from centerline? Look at your wind correction and where you’re directing your eyes.

Ballooning during the flare? Evaluate your airspeed and how quickly you’re changing pitch.

Consistently landing short or long? Reevaluate your aiming point, power management, and approach stability.

The goal is not simply to identify that something went wrong—it is to understand why it happened and correct the cause.

Commercial Pilot Mindset

The normal approach and landing is a good example of what changes as you progress from private to commercial training.

The airplane hasn’t changed, but the expectation has.

You should be more precise. Your corrections should be deliberate. Your decisions should happen earlier. And you should understand why the aircraft responds the way it does.

At Angel Aviation, we emphasize developing that level of understanding throughout commercial training. The goal is not simply to meet a checkride tolerance once—it is to develop repeatable habits and aircraft control that carry forward into professional flying.

FAA Resources

• Commercial Pilot – Airplane Airman Certification Standards (FAA-S-ACS-7)
• Airplane Flying Handbook (FAA-H-8083-3)
• Pilot’s Handbook of Aeronautical Knowledge (FAA-H-8083-25)
• Aircraft POH/AFM