How can I make smoother landings in a flight simulator?

In most flight simulators, smoother landings come from a stable, trimmed final approach at the correct speed, not from a last-second flare trick. Hold the centreline and descent path with small inputs, look towards the far end of the runway, flare gently, reduce power smoothly, and let the main wheels settle.

This is general flight-simulator guidance rather than a procedure for one platform or aircraft. Exact speeds, flap settings, flare attitudes and power-reduction points must come from the aircraft checklist, handbook or add-on documentation.

What makes a simulator landing smooth?

A good landing reaches the intended touchdown zone on speed, aligned with the runway and at a controlled sink rate. Soft wheel contact is only one part of it; a very gentle touchdown after a long float or while drifting sideways is still a poor landing.

The mistake we see constantly is trying to rescue the final few seconds. If the aircraft is fast, high, out of trim or needing large corrections on short final, the flare becomes damage control.

• The landing configuration is complete.
• The published or calculated approach speed is established.
• The aircraft is trimmed and requires only small corrections.
• The runway centreline and descent path are stable.
• Drift and yaw are under control.
• The intended touchdown zone remains comfortably reachable.

Many conventional 3° approaches cross the threshold at roughly 50 feet, but that is not universal and it is not a flare instruction. Follow the procedure for the aircraft and runway. A deliberate, positive touchdown may also be preferable to an extended hold-off on a short, wet or contaminated runway.

Step-by-step technique for smoother landings

The same basic sequence works for most manually flown approaches, although the amount of flare and the timing of power reduction vary considerably by aircraft.

1. Configure early. Extend the gear and flaps in time to establish the final approach without chasing changing pitch, drag and trim. Avoid adding the last stage of flap during the flare or immediately before it.
2. Fly the correct indicated airspeed. Use the aircraft's specified target for its weight and configuration. Do not substitute groundspeed, and do not add arbitrary safety speed; excess speed produces float, bounce and a late touchdown. Apply a gust correction only when the aircraft procedure calls for one.
3. Trim the aircraft. Trim should remove sustained control pressure, not fly the approach for you. An out-of-trim aeroplane encourages abrupt pitch inputs just when precision matters most.
4. Control speed and path together. Pitch and power are coupled. Use small, coordinated changes so the attitude protects the target speed while power helps correct the descent path. Large alternating pitch and throttle movements usually create an unstable approach.
5. Move your visual reference down the runway. Near the threshold, stop staring at the aiming point directly below the nose. Looking well along the runway lets peripheral vision show height, sink and sideways movement more clearly.
6. Begin a gradual flare. Raise the nose only enough to reduce the descent rate and establish the correct landing attitude. Think of easing into the attitude rather than pulling abruptly.
7. Reduce power at the appropriate rate. In many light piston aircraft, the throttle comes smoothly towards idle through the flare. Jets, turboprops and some specialised aircraft use different timing, so follow the type-specific technique rather than automatically chopping the power.
8. Let the aircraft touch down. Do not push it onto the runway. In a tricycle-gear aircraft, protect the nosewheel and allow the main wheels to touch first. Tailwheel aircraft require their prescribed three-point or wheel-landing technique.
9. Keep flying during the rollout. Maintain directional control, continue crosswind aileron input and lower the nosewheel gently when appropriate. Releasing the controls at touchdown often turns a good arrival into a swerve.

For more work on runway perspective and the transition from final approach to flare, use our cockpit-based visual approach and landing guidance. FSX users can also follow our step-by-step FSX approach and landing lesson.

When should I flare in a flight simulator?

Flare by visual judgement rather than waiting for one universal height. Aircraft size, cockpit position, runway width, approach speed and simulator camera settings all change the apparent flare point.

The useful cues are the runway perspective beginning to flatten, the aiming point moving beneath the nose and the apparent rate of runway expansion increasing. Shift your eyes along the runway, then make a small pitch change while judging whether the descent is actually reducing.

If you flare late, the aircraft reaches the runway with too much vertical speed. If you pull too quickly, it balloons. Flare too early and the aircraft may run out of speed several feet above the surface. A consistent cockpit eye position is essential: changing seat height or field of view between attempts changes the sight picture even when the aeroplane follows the same path.

Why do my landings bounce, float or hit hard?

Each result points to a different error, so diagnose the touchdown instead of simply trying to flare more.

When should I go around?

Go around when the aircraft is still fast, high, badly misaligned or unstable on short final, or after a significant balloon, bounce or porpoise. The same applies if a long float carries the aircraft beyond a sensible touchdown point.

Apply go-around power smoothly, control the pitch and follow the aircraft's published configuration sequence. Do not retract all flap or raise the landing gear indiscriminately; drag reduction must be staged as prescribed once the aircraft is climbing. Practising go-arounds also prevents the bad habit of treating every approach as something that must be landed.

How do I make a smooth crosswind landing?

A crosswind landing cannot be smooth while the aircraft is still travelling sideways across the runway. A common technique is to crab into wind on final, then use rudder to align the nose and aileron into wind to stop the drift during the flare; the upwind main wheel may touch first.

Some aircraft favour a steady sideslip and larger types can have limits on how much crab may remain at touchdown. Our guide to crab, sideslip and crosswind rollout control explains how to choose and apply each method.

Do different aircraft need different landing techniques?

The stable-approach principles remain the same, but the sight picture, flare size and desired touchdown differ by type.

Do not transfer the long hold-off used in a light trainer directly to a heavy jet. Likewise, a jet-style shallow flare will not necessarily arrest the sink of a light aircraft at idle power.

Which simulator settings help with landing control?

Control setup cannot repair an unstable approach, but poor calibration can make a sound technique look inconsistent.

• Calibrate every axis. Check that pitch, roll, rudder, throttle and toe brakes reach their full travel and return cleanly to neutral.
• Use only enough dead zone to stop noise. A large dead zone removes precision around the centre; too little allows a worn controller to generate unwanted inputs.
• Keep sensitivity progressive. Tiny physical movements should produce small aircraft responses. Excessive filtering can also add input delay, so avoid masking one problem by creating another.
• Check for axis conflicts. Duplicate throttle, brake, rudder or trim assignments can cause unexplained changes during the flare.
• Set a repeatable cockpit view. Save the same seat height, zoom or field of view for each practice session.
• Review assists. Automatic rudder, landing assistance or AI control can conflict with manual inputs. Disable assists one at a time when learning manual technique.
• Protect frame-rate consistency. A stutter in the final seconds makes height and motion much harder to judge, even if the average frame rate appears acceptable.

Flight models also differ in ground effect, tyre behaviour, suspension damping and runway interaction. These differences alter the exact flare timing, but they do not remove the need for a stable, on-speed approach.

How should I practise smoother landings?

Use one aircraft, one familiar runway and calm weather until the normal sight picture becomes predictable. Randomising the aircraft, weight, runway and wind on every attempt makes it difficult to identify what actually improved.

1. Start with complete circuits. The downwind and base legs teach configuration, spacing and trim instead of treating landing as an isolated final-approach exercise. Our guide to flying a consistent traffic pattern covers that setup.
2. Record the target speed. Check it on final and again near the threshold rather than judging performance only by touchdown feel.
3. Change one variable at a time. Adjust approach speed, trim technique, power timing or flare sightline separately.
4. Judge the whole landing. Review centreline position, alignment, touchdown zone and aircraft attitude before looking at landing-rate figures.
5. Add difficulty gradually. Introduce moderate crosswinds, shorter runways and different weights only after calm-weather landings are repeatable.

Replay and external views are useful for diagnosis, but practise from the cockpit. A landing-rate number can reveal an excessive vertical impact, yet it cannot tell you whether the aircraft floated halfway down the runway, touched down sideways or put the nosewheel on first.