How do you fly a visual approach and landing in a flight simulator?
To fly a visual approach and landing in a flight simulator, we set up for the correct runway early, fly a stable descent using outside visual cues, keep speed and configuration under control, and only continue if the approach stays aligned, on profile and manageable. If it becomes unstable, we go around and try again.
What is a visual approach in a flight simulator?
A visual approach means we are flying the aircraft primarily by looking outside rather than following an ILS or other precision guidance all the way to the runway. We still use instruments, of course, but the runway picture becomes the main reference once we have it in sight.
In most sims, that means judging three things well:
- Alignment with the runway centreline
- Glide path so we do not end up high, low, fast or slow
- Energy management, especially speed, flap, gear and power
A visual approach can be flown from a standard traffic pattern, a straight-in final, or after breaking off from an instrument arrival once the runway is visible.
How do you set up a visual approach and landing?
- Pick the runway and wind. Before descent, confirm which runway you are using, the wind direction, runway length and whether there are visual aids such as PAPI or VASI. A visual approach becomes much easier when we already know whether we should expect a left circuit, right circuit or straight-in.
- Plan a sensible join. For beginners, a normal circuit is easiest: upwind, crosswind, downwind, base and final. If you are arriving from further out, a straight-in approach is fine, but only if you are not trying to salvage a bad setup from too high and too fast.
- Get slowed down early. Most poor landings start several miles before the runway. We reduce power, trim the aircraft, and begin configuring before the workload spikes. In faster aircraft, leaving speed reduction too late makes the whole approach rushed.
- Use the correct configuration. Put the aircraft into a landing configuration in stages: approach flap first, gear when appropriate, then landing flap as required by the aircraft type. We do not chase an exact sequence used by every aircraft in real life; we follow the aircraft’s normal procedure or checklist.
- Fly a stable base leg or final intercept. Turn towards final with enough spacing that you can roll out lined up, not still correcting aggressively. If you overshoot centreline or need a steep last-second turn, extend the circuit or go around.
- Control glide path with power, speed with pitch and trim. In simple terms, if you are low, add a little power; if you are high, reduce power and, if appropriate, increase drag. Hold the target approach attitude and trim away pressure so you are not wrestling the controls.
- Look mostly outside on short final. Instruments still matter, but near the runway we shift attention to the runway picture. A runway that appears to rise rapidly in the windscreen usually means you are low. One that slides downward usually means you are high.
- Flare smoothly. Over the threshold, begin reducing power and gently raise the nose just enough to arrest the descent. The goal is not to force the aircraft onto the runway; it is to let it stop flying and settle onto the main wheels.
- Maintain centreline after touchdown. Use rudder to keep straight. In crosswind, keep correcting after touchdown because the landing is not finished when the wheels touch. Let the nosewheel come down naturally unless the aircraft type calls for a firmer technique.
- Go around if it is not right. If the approach becomes unstable, you bounce badly, drift off centreline or lose sight of the runway environment, apply power, climb away and re-enter for another approach. In sim flying, repeating the circuit is often the fastest way to improve.
What does a good visual approach look like?
A good visual approach feels quiet. We are not making big control inputs, not diving for the runway, and not trying to fix three problems at once. The aircraft is trimmed, speed is close to target, descent is steady, and we can glance at the instruments instead of staring at them.
The stable picture on final usually looks like this:
| What we check | What we want to see | Warning sign |
|---|---|---|
| Runway alignment | Centreline stays near the middle of the windscreen | Large rudder or bank corrections late on final |
| Approach angle | Runway shape changes slowly and predictably | Runway grows too fast or disappears under the nose |
| Speed | Near the planned approach speed for the aircraft | Fast, floating, or slow with sink building |
| Configuration | Gear and flap set in time, checklist complete | Still configuring below short final |
| Control inputs | Small, smooth corrections | Constant sawing at pitch, roll or throttle |
How do you judge glide path without ILS?
This is where many sim pilots struggle at first. Without a localiser and glideslope, we have to read the outside picture properly.
If the runway threshold seems fixed in the windscreen and everything around it gets bigger, your current path is probably acceptable. If the threshold starts moving up the screen, you are getting low. If it moves down the screen, you are high.
If the airport has a PAPI or VASI, use it. Those lights are a huge help for visual flying, especially in unfamiliar aircraft. Even then, treat them as support rather than the only thing you follow; you still need to manage speed and alignment yourself.
Should you fly a circuit or a straight-in visual approach?
Both work, but they teach slightly different skills.
Traffic pattern or circuit
This is usually best for training. It forces us to think ahead, control speed early and turn onto final at a sensible distance. In light aircraft, it is the cleanest way to learn visual references.
Straight-in final
This is common when arriving from en-route or after ATC clears a visual approach. It is perfectly valid, but only if you are already at a manageable altitude and speed. A rushed straight-in often turns into a salvage job, which is why beginners tend to learn more from circuits.
How do you avoid being too high or too fast?
By far the most common visual-approach mistake is poor energy management. Pilots blame the flare, but the real problem began earlier.
- Start slowing down early. Do not wait until final to get from cruise speed to landing speed.
- Use drag deliberately. Flap and gear help, but only when used within the aircraft’s limits and at the right stage.
- Do not dive for the runway. If you are high, shallow S-turns in the circuit, extending the downwind, or going around are better than a steep unstable final.
- Trim constantly. A badly trimmed aircraft hides speed errors because you are too busy fighting the controls.
Where should you look during the landing flare?
Not at the numbers directly under the nose. As you enter the flare, shift your eyes further down the runway. That helps you judge height and sink rate much better.
In most sims, staring too close to the aircraft makes the flare jerky and late. Looking down the runway encourages a smoother round-out and better centreline control.
How is a visual landing different in a light aircraft and an airliner?
The principles are the same, but the timing changes.
| Aircraft type | Main focus on visual approach | Typical trap |
|---|---|---|
| Light piston aircraft | Trim, runway picture, gentle flare | Pulling too much in the flare and ballooning |
| Turboprop | Power response, drag management, stable final | Getting slow with high drag out |
| Jet airliner | Early setup, speed discipline, smooth power changes | Arriving high and fast, then floating a long way |
In a small trainer, the approach tends to be more forgiving and the sight picture develops more slowly. In a jet, everything happens further out, so we must be configured and stable earlier.
When should you go around in a flight simulator?
We should go around any time the approach stops being stable or safe. That includes:
- Too high or too low on final with no clean correction available
- Too fast or too slow for the landing configuration
- Not lined up with the runway
- Large sink rate near the threshold
- A bad bounce or balloon
- Loss of runway visual reference in poor weather or low light
Many sim pilots treat a go-around as failure. It is not. It is part of flying properly. If anything, practising more go-arounds usually improves landings faster than forcing bad ones to the ground.
Common visual approach mistakes in flight simulators
- Flying the final too close. This leads to steep turns, overshoots and rushed configuration.
- Using big control inputs. Small corrections work better, especially near touchdown.
- Ignoring trim. A trimmed aircraft is easier to land than one held in place by constant pressure.
- Fixating on instruments. On a visual approach, outside cues matter most once established on final.
- Chopping power too early. That causes a sink and hard touchdown.
- Flaring too high. The result is usually a balloon, followed by a drop.
How can you practise visual approaches more effectively?
Keep the exercise simple and repeatable. Choose one familiar airport, one aircraft, daylight, light winds and good visibility. Fly the same circuit several times until the runway picture starts to feel natural.
Then add difficulty one layer at a time:
- Calm weather. Learn a normal visual landing first.
- Different runway lengths. Shorter runways force better energy control.
- Crosswinds. Add drift correction and rudder work.
- Heavier aircraft. Practise earlier planning and smoother power handling.
- Low light or reduced visibility. This tests your scan and judgement.
If you need extra aircraft, scenery or training-friendly add-ons for practice, we keep a large library at Fly Away Simulation Downloads.
The short version
A good visual approach is mostly won before short final. We plan the runway, slow down in time, configure early, trim properly, and fly a stable path using the runway picture outside. The flare is just the last small part. If the setup is poor, the right answer is usually to go around, not force the landing.