Landings or takeoffs? How to spot approach and departure

You are standing at the fence, the camera is ready – and suddenly all the aircraft in front of you turn away and climb over your head instead of touching down gently. Once you have been to the airport a few times, you quickly notice: landings and takeoffs are two different disciplines in spotting. They demand different spots, different camera settings and different timing. This guide shows you how approach and departure differ, which pictures each phase delivers and how to choose the right location depending on the runway direction in use.

The short answer

Landings are predictable, takeoffs are dynamic. On final approach, an airliner follows a fixed glide path, flies slowly and in a stable attitude. You see it coming for a long time and have plenty of time for focus and framing. On takeoff, the aircraft accelerates, lifts off at a hard-to-predict point and climbs away much more steeply than it came in. That gives more spectacular moments, but less time and less tolerance for error.

Which of the two phases you see at a spot is not up to you but to the wind: aircraft take off and land into the wind, and so the runway direction in use determines which runway end gets approaches and which gets departures.

Approach: what happens on the way in

On final approach, an airliner is in its most predictable phase. On instrument approaches, the instrument landing system guides the aircraft on a glide path that is usually tilted about three degrees to the ground – roughly speaking, the aircraft thus descends about 300 feet per nautical mile. How the system works is explained in the guide ILS approach explained.

For you at the fence that means: the line on which the aircraft come in is almost identical for every landing on the same runway. Add to that the concept of the stabilized approach. Airlines require an aircraft to be on the right path, with the right speed, descent rate and landing configuration, by a set height above the airfield at the latest – typically 1,000 feet in instrument conditions, 500 feet in visual conditions. If that is not the case, a go-around is flown. What happens then is shown in the article Go-around explained.

What you get to see on approach:

• Full landing configuration: Landing gear down, flaps and slats extended far out. Especially with large aircraft like the Airbus A380, this makes the aircraft look particularly complex and technical.
• Landing lights: They are typically on during approach. In dull weather or at dusk you get striking points of light in the frame.
• The flare: Shortly before touchdown, the pilot raises the nose to reduce descent rate and speed. The main gear touches the ground first.
• Touchdown: In the touchdown zone a few hundred meters beyond the threshold, jets often produce small clouds of smoke from the tires, which are suddenly brought up to speed on touchdown.
• Rollout: Spoilers deploy, and thrust reversers and brakes slow the aircraft. Depending on the aircraft and airline, you see the reversers clearly or hardly at all.

In a crosswind it gets even more exciting: the aircraft then come in at an angle to the runway axis and only line up shortly before touchdown. The technique behind it is in Crosswind landings explained, and camera tips are in Filming crosswind landings and storms.

Departure: what happens on the way out

Takeoff is the opposite of approach. Instead of a fixed line, there are many variables. The takeoff distance depends on weight, outside temperature, airport elevation, wind and thrust. Many airlines take off with reduced thrust: either the thrust is limited directly, or the crew gives the system a higher assumed outside temperature. That spares the engines but lengthens the takeoff roll and makes the first climb shallower.

For you that means: a light short-haul jet often lifts off far before your position and is already high as it passes, while a heavily loaded Boeing 777-300ER on a long-haul flight rolls noticeably longer and climbs away more shallowly. The best moments on takeoff:

• Rotation: The nose rises, the nose wheel leaves the ground, shortly after that the main gear. That is the classic shot for spots beside the runway.
• Climb: With a high angle of attack and takeoff thrust, the aircraft pulls steeply upward – much steeper than the approach path.
• Gear retracting: A few seconds after liftoff, the landing gear disappears. If you want pictures with the gear extended, you have to trigger early.
• Exhaust and condensation: Hot air shimmers behind the engines, and in humid air condensation veils form over the wings. How to capture them is in Photographing vortices and condensation.
• Turns after liftoff: Depending on the departure route, aircraft turn away shortly after takeoff. That can give you nice bank-angle shots with a view of the upper surface.

Because the liftoff points vary so much, takeoffs are ideal for picture series. How to build a sequence image from several shots of a rotation is shown in the guide Sequence composites.

Landings and takeoffs compared

Criterion	Landing (approach)	Takeoff (departure)
Flight path	fixed, shallow glide path, very even	variable liftoff point, steep climb
Warning time	long – you see the aircraft far out	short – from the start of the roll to the flyby often only seconds pass
Typical subjects	landing gear and flaps, landing lights, flare, touchdown smoke	rotation, climb, exhaust, condensation, turns
Attitude	flat, nose slightly up	nose clearly up, sometimes with bank
Light on the aircraft	underside often in shadow, side view even	in the climb the belly tilts toward the camera and gets darker
Sound	relatively quiet, good for videos with radio atmosphere	loud, impressive for videos
Difficulty	beginner-friendly	more for advanced spotters
Biggest danger at the spot	ignoring barriers	engine blast behind the start point

The runway direction in use decides what you see

Because aircraft take off and land into the wind, takeoffs and landings on a runway usually use the same direction. With a west wind on an east-west runway, landings come in from the east and touch down heading west, and takeoffs also roll west and climb away over the western runway end. A simple rule follows:

• At the approach end of the runway, you see landings pass low overhead or to the side.
• At the other end, you see the takeoffs – depending on the aircraft in rotation on the ground or already in the climb.
• Beside the middle of the runway, you see both, but from farther away: landings during rollout, takeoffs at liftoff.

How to read runway numbers and derive the direction from them is explained in the articles Runway designations at airports and Understanding runway direction in use. At airports with several runways, individual runways are also preferably used for takeoffs or for landings. At Frankfurt Airport, for example, the Runway 18 West (Startbahn 18 West) is used only for takeoffs to the south – if you stand there, you see no landings. More spots around the airport are shown in the guide Plane spotting at Frankfurt Airport.

A few examples from our spot profiles:

• At the Zeppelinheim viewing platform, landings float in on the southern runway 25L in westerly operation – a classic approach spot.
• At the Affenfelsen in Hamburg, with operations on 33 the departing aircraft roll past you toward the north, and smaller jets are sometimes already airborne when they pass you.
• At Maho Beach and at the runway end in Skiathos you get both in the extreme: very low landings over your head and takeoffs where you stand behind the engine blast.

Camera technique: what changes

The basic settings are similar, but the way of working is not.

For landings you have time. Set the autofocus on the aircraft early, as soon as it comes within range, and track it continuously. A tracking autofocus with a medium-sized focus area works very reliably here, because the aircraft moves calmly and evenly through the frame. The focal length depends heavily on the spot: under the approach path a standard zoom is often enough, beside the runway you usually need a telephoto. Which focal lengths suit what is in the guide The right lens for plane spotting.

For takeoffs you have to be faster. The moment of rotation cannot be predicted exactly, and in the climb the distance to you changes quickly. Burst mode and an autofocus that follows subject movement aggressively help here. Zoom lenses are especially handy on takeoff, because you need very different framings depending on the liftoff point. You can find more on suitable modes in Autofocus for aircraft.

For both phases: for jets, short shutter speeds that safely freeze motion blur are enough. For propeller aircraft, by contrast, you deliberately want a longer exposure so the propellers don’t look like they are standing still – suitable values are in the article Photographing propellers. If you want more dynamics on takeoffs, try the panning technique with longer speeds and a moving background.

Light: approach and climb look different

The attitude changes how light falls on the aircraft. On approach the aircraft is flat, and the side is evenly lit as long as the sun is behind you. It gets problematic with high midday sun: the underside then stays dark, and shots from below under the approach path in particular look flat.

On takeoff, the aircraft tilts nose-up in the climb. If the sun is low behind you, the belly still gets light. If it is high, you see a dark underside against a bright sky. And because aircraft often turn away early after takeoff, a turn can suddenly swing the upper surface into the light or into backlight. How to plan runway axis and sun position together is covered in detail in Planning sun position.

Which phase suits you?

Safety: two completely different risks

Under the approach path, aircraft fly low, but controlled and with relatively little thrust. At public spots the risk is low as long as you stay behind barriers and don’t hold anything up toward the aircraft – no drones, no laser pointers, no balloons. What applies there is summarized in the article Spotting under the approach path. Add to that wake turbulence: it sinks behind large aircraft and can whip up branches, sand or objects on the ground. Background is in Wake turbulence and separation.

The area behind the start point of a runway is much more dangerous. During the takeoff roll the engines spool up, and the blast reaches far to the rear. At spots like Maho Beach or Skiathos, the road or beach lies directly in this zone – there the engine blast has already knocked people over. Obey warning signs and never stand directly behind a departing aircraft. How far the blast reaches is explained in the article Jet blast. Whether you may stand at a place at all is clarified by the guide Is plane spotting allowed?.

What to keep in mind

• Wind first, then spot. Before you leave, check the wind forecast (for example with Windy and other weather maps) and the current runway direction in use. A pure approach spot becomes a departure spot when the wind turns – or none at all.
• Know the touchdown zone. For touchdown pictures you position yourself beside the touchdown zone, not at the threshold. If the threshold is displaced, everything shifts back.
• Trigger early on takeoff. The landing gear and rotation are visible for only a few seconds. Start the series too early rather than too late.
• Mind the departure routes. After takeoff many aircraft turn away. If you want to photograph in the climb, choose a spot the departure route actually passes over. How departure and arrival routes are structured is in SIDs and STARs.
• Don’t miss go-arounds. If an approach goes wrong, a landing turns into a takeoff. Keep the camera up until the gear is really on the ground.

Planning the session

A spotting day is most relaxed when you deliberately plan for both approach and departure. Combine the wind forecast with the flight schedule and think about whether you would rather catch your target aircraft landing or taking off. Long-haul jets in Europe often land in fixed time windows and take off again later (more in When long-haul flights land and take off in Europe) – so with a bit of planning you can photograph the same aircraft in both phases. How to back this up with live data is shown in the guide Flight tracking with ADS-B for spotters. And if you are still at the very beginning, Plane spotting for beginners has the basics for your first day at the fence.

Conclusion

Landings and takeoffs are two sides of the same runway, but photographically two different worlds. The approach offers you a stable, predictable flight path, full landing configuration and plenty of time – ideal for learning and for clean profile shots. The takeoff delivers rotation, climb and power, but demands quick reactions and a well-set autofocus. Which phase you get is set by the wind. If you think runway direction, runway direction in use and spot position together, you end up at the right end.