The short-field landing on the checkride and the airspeed you let creep up on final that costs you the numbers

The short-field landing is one of the most commonly failed maneuvers on the private pilot checkride, and the reason is almost always the same: airspeed creeps up by five to eight knots on final, the airplane floats past the aiming point, and the touchdown lands 200+ feet long. The fix isn’t better flare technique—it’s disciplined speed control starting well before the runway threshold.

What Does the Examiner Actually Want to See?

The Airman Certification Standards (ACS) set clear parameters for the short-field landing. You must touch down at or within 200 feet beyond your aiming point with no excessive speed. Your approach airspeed must stay within +5 / −0 knots of the target.

That asymmetric tolerance is intentional. Being slow puts you dangerously close to a stall in a high-drag, low-altitude configuration that leaves no room for recovery. But being fast burns up landing distance—which defeats the entire purpose of the maneuver. The standard demands you stay right on speed, and it barely tolerates being fast.

Why Is Airspeed the Real Problem?

The short-field landing is not a landing problem. It’s an airspeed problem. Everything about this maneuver lives and dies on what the airspeed needle does on final. Nail the speed, and the landing nearly takes care of itself. Miss it by seven knots, and no amount of technique at the flare will save you.

Extra speed means extra energy, and that energy converts directly into float. You cross the threshold faster than planned, flare, and the airplane keeps flying because the wings are still producing plenty of lift. You float 50 feet, then 100 feet, and your aiming point is behind you. Even forcing it onto the runway won’t get you inside the 200-foot window.

How Should You Set Up the Approach?

The moment the examiner calls for a short-field landing, your mindset shifts. You are no longer making a normal approach. You are flying a precision approach to a specific point, and every decision serves that goal.

Configuration: Full flaps in most trainers. Full flaps give you a steeper descent angle and a slower approach speed, allowing you to clear the simulated 50-foot obstacle at the threshold and still touch down close to your point.

Know your number. In a Cessna 172, the short-field approach speed is approximately 61 knots. In a Piper Cherokee 140, it’s in the low 70s. The exact figure comes from the Pilot’s Operating Handbook (POH) and depends on your landing weight that day. If you show up to the checkride without knowing this number, the examiner will notice.

Aiming point selection: Don’t aim at the numbers. Aim roughly 100 feet before your desired touchdown point (in calm wind, in a Cessna 172). The flare will carry you forward, so that built-in offset accounts for the round-out distance.

How Do You Hold Airspeed on a Short-Field Final?

On a short-field approach, pitch primarily controls airspeed and power primarily controls descent rate. This feels different from a normal approach, and that’s expected.

• Speed too high? Lower the nose slightly.
• Sinking too fast? Add a touch of power.
• Speed too low? Adjust pitch first, not just power.
• Make small corrections constantly. This is not a set-it-and-forget-it approach.

The approach path is steeper than normal—typically a 500 to 700 fpm descent rate on final with full flaps. The airplane will feel nose-low, and the windscreen will be full of runway. Trust the configuration.

Maintain a mostly-outside visual scan with quick glances at the airspeed indicator. If the aiming point moves up in the windscreen, you’re undershooting. If it moves down, you’re overshooting. This visual reference matters more here than on any other approach because the margins are tighter.

What Do You Do When a Gust Bumps Your Speed?

Here’s a common scenario: You’re on half-mile final at 61 knots, everything dialed in, and a gust bumps you to 66. Most students watch the spike and assume it will settle. It usually doesn’t—because they unconsciously tighten their grip and add a slight pitch-up input, locking in an extra four knots that follows them all the way to the flare.

The correct response: Apply a small amount of forward pressure—not a dramatic push—just enough to let the speed bleed back to your target. Then relax your grip. Tension in your hands creates pitch inputs you don’t even realize you’re making. Fly with your fingertips. Two or three fingers on the yoke. Let the airplane communicate what it’s doing instead of fighting it.

How Should the Flare and Touchdown Differ From a Normal Landing?

When you reach your aiming point, smoothly reduce power to idle and begin the flare. Not a power chop—a purposeful, smooth reduction. The flare is slightly more assertive than a normal landing. You’re planting the airplane on the spot, not floating and hoping.

This is where unexpected checkride failures happen. The applicant nails the approach, crosses the threshold at 61 knots, begins the flare—and then holds the airplane off too long, trying to make a soft landing. Months of training to grease every arrival works against you here. They float and float, chasing a gentle touchdown, and sail past the 200-foot mark.

A short-field landing is not your smoothest landing. It’s your most precise landing. A firm arrival right on the mark is worth far more than a soft one 300 feet long.

What Happens After Touchdown?

The maneuver isn’t over at wheel contact.

1. Retract flaps to reduce lift and put weight on the wheels.
2. Apply firm, steady braking—not slamming, but deliberate.
3. Pull the yoke back to load the main gear and maximize braking effectiveness.

On a real short field, the runway behind you is useless. Practice this sequence until it’s automatic.

When Should You Go Around?

If you turn final and find yourself high, slow, then fast, then oscillating—go around. An unstabilized approach is a problem on the checkride even if you somehow hit the numbers. The examiner would rather see a go-around than watch you wrestle the airplane onto the runway from a deteriorating approach.

A go-around demonstrates judgment. A sloppy save demonstrates luck.

How Should You Practice Before the Checkride?

Use a specific runway marking as your aiming point—the thousand-foot markers, the numbers, whatever works—and honestly measure where you’re touching down. If you’re consistently landing 250 feet past your point, you have work to do. Don’t fly the pattern and call it “close enough.” Precision is built through repetition and honest self-assessment.

The short-field landing isn’t just a checkride box to check. Real airports have real short runways with trees on the approach end and fences at the departure end. The technique you build now is the technique that keeps you safe then.

Key Takeaways

• The short-field landing is an airspeed problem, not a landing problem. Fix your speed on final, and the touchdown takes care of itself.
• The ACS tolerance is +5/−0 knots. Even five extra knots creates float that pushes you past the 200-foot window.
• Fly with your fingertips. Hand tension causes unconscious pitch inputs that add speed you don’t want.
• Don’t try to grease it. A firm, precise touchdown on the mark beats a soft landing 300 feet long.
• Go around if unstabilized. The examiner rewards judgment, not luck.