How do I land at Samos LGSM runway 09 in MSFS?

To land at Samos (LGSM) runway 09 in Microsoft Flight Simulator, approach from the sea side, reduce speed and configure before the visual manoeuvre, then fly a curving right turn onto final. Keep the runway in sight; if alignment, speed or descent is not stable by short final, go around rather than tightening the turn.

LGSM is Samos; LGMK is Mykonos. Runway 09 is the eastbound runway. This technique is for visual practice in MSFS; when flying a published instrument procedure, use a valid chart, its stated minima and its missed-approach instructions.

What makes the Samos approach to runway 09 difficult?

The Samos approach is difficult because the runway becomes properly aligned only late in the sea-side visual manoeuvre, with higher terrain limiting the useful space inland and north of the airport.

The characteristic geometry is a right base over the water followed by a curving right turn towards runway 09. That leaves little time to correct poor energy management. A mistake we see constantly is arriving fast and clean, then lowering the gear, adding flap, descending and tightening the turn at the same time.

MSFS flight-planner routes, ATC instructions and the FMS magenta line do not guarantee sensible visual geometry. They can bring you near the airport, but they should not override the runway picture or terrain clearance.

How should you set up LGSM in MSFS?

For initial practice at LGSM in MSFS, use daylight, good visibility, calm or light wind and an aircraft whose landing behaviour you already understand.

• Runway and wind: runway 09 needs an easterly headwind component. Do not force it when a strong westerly wind would create an unacceptable tailwind.
• Position: start south or south-west of the airport over the water, with enough room for a measured right base and final turn.
• Aircraft: keep fuel and payload moderate while learning the visual picture. A heavier aircraft needs more room and earlier speed reduction.
• View: choose a cockpit position and field of view that let you see through the turn. An excessively wide view makes the runway appear farther away and encourages a late turn.
• Automation: use it to reach the island if helpful, but plan to hand-fly the visual segment.

MSFS 2020 and MSFS 2024 use different planning interfaces in places, but the principle is the same: select LGSM, verify runway 09 and set weather that genuinely favours it. If ATC keeps assigning runway 27, the wind or runway logic is probably driving that choice; change the training weather rather than accepting a large tailwind on 09.

Step by step: landing on Samos runway 09

1. Brief the approach before reaching the airport. Set the target approach speed, expected landing configuration and go-around plan for your aircraft. Identify the water side, runway direction and higher terrain.
2. Approach from south or south-west over the sea. Give yourself lateral space instead of cutting inland to manufacture a short base leg. Runway 09 points roughly east.
3. Reduce speed early. Use level flight, power reduction and the aircraft's normal drag schedule. Do not carry cruise or clean manoeuvring speed into the final turn.
4. Complete most configuration before turning final. Gear should normally be down and landing flap selected or well under way. Finish checklists while workload is still low.
5. Establish the right-base picture. Approach the coast with the runway on your right and keep its threshold in sight. Preserve terrain clearance and avoid descending simply because the runway appears below the aircraft.
6. Begin a smooth right turn onto runway 09. Judge the turn from groundspeed and the movement of the centreline in the windscreen. Use a moderate bank; if lining up would require an aggressive increase near the ground, go around.
7. Control speed with pitch and descent with power. Small, coordinated corrections work better than pitching down to reach the runway. If a visual slope indicator is available, use it after alignment rather than diving towards it during base.
8. Roll out stable on short final. The aircraft should be aligned, in landing configuration, close to its calculated target speed and following a controlled descent with only small corrections.
9. Touch down in the normal touchdown zone. Remove any remaining drift, flare normally and avoid floating in pursuit of an unusually soft landing.
10. Go around if the picture stops working. An overshoot, unstable speed, excessive bank, uncontrolled sink or projected long touchdown is not something to rescue.

The turn should feel like the final part of a plan, not a recovery manoeuvre. Our guide to building and stabilising a visual approach in a flight simulator covers runway-picture judgement, flare cues and general go-around criteria without repeating the Samos-specific route.

Can you fly the Samos runway 09 approach straight-in?

A straight-in can be flown when the aircraft is safely positioned and the applicable procedure, terrain and weather permit it, but it is not the best way to learn the characteristic runway 09 visual manoeuvre.

Do not draw a direct GPS line to the threshold and assume it is terrain-safe. If a loaded approach remains offset, ends before runway alignment or requires a visual continuation, an ILS-style centreline capture should not be expected. Navdata can also differ between simulator installations and update cycles, so compare the avionics depiction with the procedure you intend to fly.

Should you use autopilot for the LGSM approach?

Autopilot is useful during the arrival, but it should be disconnected early enough for the aircraft to be trimmed and settled before the sea-side turn.

Disconnecting halfway through a deteriorating final creates an avoidable workload spike. If cloud, visibility or workload prevents a safe visual continuation, abandon the approach rather than asking the automation to improvise a visual turn it was not programmed to fly.

Why do I overshoot the centreline at LGSM?

Centreline overshoots at LGSM usually begin with excessive speed, insufficient spacing over the water or a late final turn.

If you recognise the overshoot only when the centreline disappears beneath the nose, the safe response is a go-around. Trying to recover with more bank while low is the worst fix.

How does the technique change by aircraft type?

The route and visual judgement remain similar, but configuration timing and turn radius change with aircraft speed, mass and inertia.

• Light GA aircraft: avoid an unnecessarily tight circuit simply because the aircraft can turn quickly. Protect airspeed when banking with landing flap selected.
• Turboprops: establish the desired propeller, power and flap configuration before the turn. Large power changes can produce abrupt pitch and drag changes.
• Narrow-body airliners: slow and configure earlier than visual distance alone suggests. Entering the turn clean or above the planned speed usually creates an overshoot or rushed descent.

For the Airbus, complete the turn and alignment before concentrating on the landing phase; our A320 flare and touchdown technique for MSFS explains the aircraft-specific pitch, thrust and flare cues.

What if runway 09 has a crosswind or gusts?

With a crosswind, the required ground track changes continuously through the curved final, so use the runway's movement in the windscreen rather than copying a fixed bank angle.

Carry only the wind correction appropriate to the aircraft. Excess speed enlarges the turn radius and makes an overshoot more likely. Once aligned, transition from the crab to the aircraft's normal touchdown technique; our guide to crab, de-crab and wing-low crosswind landings covers that final phase.

Gusts or turbulence may make a marginal approach deteriorate quickly. If the aircraft needs repeated large bank, power or heading corrections after rollout, go around.

When should you go around at Samos?

Go around when the runway is lost from view during the visual segment or the aircraft is not stable once rolled out on short final.

• The centreline has been overshot or still needs a large heading correction.
• Bank remains substantial as the aircraft approaches the threshold.
• Speed is outside the planned range or still changing rapidly.
• Sink rate cannot be controlled with normal inputs.
• The likely touchdown point is beyond the normal touchdown zone.
• Terrain, cloud or visibility makes the continuation uncertain.

Apply go-around power, set the correct pitch, confirm a positive climb and retract gear and flap on the aircraft's normal schedule. Do not make an impulsive turn towards higher ground. Follow the published missed approach when flying an instrument procedure; for visual practice, establish a safe climb before repositioning over the water.

How can you practise the LGSM approach efficiently?

The quickest training method is to repeat the same sea-side setup in calm daylight before introducing stronger winds, heavier weights or faster aircraft.

1. Use a consistent starting position several miles south or south-west of LGSM.
2. Keep aircraft mass, weather and cockpit view unchanged until the base-to-final turn becomes repeatable.
3. Review one error at a time, such as speed at the start of the turn, spacing from the runway or alignment after rollout.
4. Add one complication per session, beginning with a modest crosswind before trying gusts or reduced visibility.

Practise the setup and go-around as deliberately as the touchdown. At Samos runway 09, the quality of the landing is largely decided before the final turn begins.