Common errors

Short-field landing errors split into two families: approach errors (energy state and aim management upstream of the round-out) and rollout errors (braking technique and direction control). The seven below cover the common faults. Almost all approach errors land you past the 200-ft window; almost all rollout errors damage the airplane or use more runway than necessary.

1. Float past the touchdown point

What it looks like: the airplane rounds out near the point, but bleeds through the flare with excess airspeed — touching down 300–500 ft past the point.

Why: fast on final. Even 5 KIAS fast produces noticeable float; 10 KIAS fast produces enough float to bust precision.

Fix: the fix is upstream, on speed before the round-out. If you arrive at the round-out fast, the maneuver is already off-spec. Go around (H) — short-field precision can't be salvaged in the flare.

2. Land short of the touchdown point

What it looks like: the airplane touches down 100–500 ft before the specified point. Looks intentional but isn't — undershoots are still busts.

Why: low on final (path too steep), or aim point set short of the touchdown point out of normal-landing habit.

Fix: add power, flatten the descent. Aim point is at the touchdown point, not short of it. Don't pitch up to fix a low — that decelerates and steepens.

3. Hard touchdown / nose-first touchdown

What it looks like: the airplane touches down hard on all three wheels, or worse, nose-wheel first. Tire damage, prop strike risk.

Why: the pilot tried to force the airplane onto the point at high airspeed — pitched the nose down to hit the spot instead of letting the flare bleed speed.

Fix: never trade pitch attitude for touchdown precision. If the airplane is too fast to settle on the point in proper landing attitude, go around (H). The touchdown must be mains-first, nose-up.

4. Late braking

What it looks like: the pilot touches down on the point but waits 5–10 seconds before applying full braking. Rollout distance is unnecessarily long.

Why: habit from normal landings (where braking is more measured), or wanting to "see how things go" before braking.

Fix: brakes immediately after the nose is down. The maneuver is about minimum total distance — every second of delayed braking costs ground roll.

5. Brake skid / wheel lock

What it looks like: the pilot slams the brakes hard immediately, the wheels lock, the airplane skids, deceleration is worse than rolling-friction-only.

Why: treating "maximum braking" as "full pedal pressure" rather than "the maximum pressure that doesn't cause skid."

Fix: firm, just below skid threshold. If you hear a tire chirp or feel a jolt, release slightly and reapply. Modern training airplanes give plenty of feedback.

6. Drift during touchdown (crosswind)

What it looks like: the airplane touches down within the window but with lateral velocity — wheels skip sideways. Side-loaded gear under max braking is a tire-damage risk.

Why: insufficient crosswind correction; the wing-low side-slip wasn't established for the firm touchdown.

Fix: wing-low side-slip from short final (per B). Touchdown on the upwind main first, then downwind main, then nose. The side-slip technique doesn't change for short-field; only the touchdown firmness and braking do.

7. Bouncing on touchdown → second-touchdown floats long

What it looks like: the firm touchdown bounces, the airplane re-flares (or doesn't), and the second touchdown is past the point or with another bounce.

Why: mistimed flare — the pilot reached for "firm touchdown" too aggressively and forced the airplane onto the runway before it was ready.

Fix: if the bounce is small, hold attitude and let the airplane settle. If the bounce is large (10+ ft), go around (H) — recovering from a large bounce while trying to hit a precision touchdown window is harder than starting over.

How errors compound. Fast on final (#1) → float → no chance at the window. Pitching-down for precision (#3) → hard touchdown → bounce (#7) → longer rollout (#4 risk worsens) → maybe miss the window after all. The discipline that prevents most errors: stabilized + on speed by 500 ft AGL. If those two conditions aren't met, go around before the round-out — H exists for exactly this situation.