Panning technique: motion in the frame, the aircraft stays sharp

Most spotter photos have one goal: everything sharp, everything frozen, registration legible. That’s right, but it often looks static. A taxiing jet at 1/2000 s looks in the picture exactly like a parked one. The panning technique turns that around. You follow the aircraft during a deliberately long exposure, the fuselage stays sharp, and the background streaks. The picture then shows speed. This guide explains what shutter speed you need, how to make a clean swing and how to set up camera, stabilizer and autofocus.

Panning: the short answer

For a panning shot, you choose a longer shutter speed, usually between 1/125 s and 1/60 s, and swing the camera during the exposure at exactly the speed the aircraft moves. Whatever stays in the same place in the viewfinder becomes sharp, everything else blurs in the direction of motion. It works best with shutter priority, tracking autofocus, burst mode and an image stabilizer in panning mode.

One condition is often overlooked: there has to be something behind the aircraft that can blur. A jet against uniformly blue sky looks like a perfectly normal photo even at 1/30 s. Only trees, hangars, grass, fence posts or hills supply the streaks that make up the effect.

Why angular velocity matters more than speed

How hard a panning shot is doesn’t depend solely on how fast the aircraft flies or taxis. What matters is how fast it moves through your frame. Three quantities determine that:

• Speed: An airliner on final approach is many times faster than the same aircraft on the taxiway.
• Distance: If you double the distance, the angular velocity halves. A step back makes the swing calmer.
• Focal length: The longer the focal length, the more any deviation between your swing and the aircraft is magnified.

A worked example shows how surprising this can be: a jet taxiing past you at about 40 km/h at 30 meters’ distance turns your view faster than a jet landing at about 250 km/h at 300 meters. The slow aircraft at the fence is therefore not automatically the easier subject.

The angle plays a part too. If an aircraft comes almost head-on toward you, it hardly moves sideways through the frame, it just gets bigger. Then the background barely blurs, and a panning shot achieves little. You get the strongest effect when the aircraft passes across in front of you, so roughly at a right angle to your line of sight.

How far does the aircraft move during the exposure?

The following calculator shows how many meters the aircraft covers while the shutter is open. Exactly that distance is what your swing has to follow. The longer it is, the more the background blurs, and the more precisely you have to work.

Starting values by situation

The following table gives you starting values. They are not fixed rules but a point from which you work your way down in steps on site.

Situation	Starting speed	Longer speed for advanced shooters	Background	Typical difficulty
Jet on the taxiway, close	1/125 s	1/60–1/30 s	Grass, fence, buildings	High angular velocity despite low speed
Landing or takeoff, side-on, medium distance	1/250–1/125 s	1/60 s	Trees, terminal, hills	Change of attitude during rotation or touchdown
Turboprop on the ground or on approach	1/250–1/125 s	1/60 s	as above	Propeller and fuselage at the same time
Helicopter on a flypast	1/125 s	1/60 s	Landscape	Uneven flight path
Aircraft in the air against sky	–	–	mostly just sky	No visible effect, choose a short speed

For turboprops like the ATR 72-600 or the Dash 8-400, there is a special feature: here, panning is not just a stylistic device but a prerequisite for the propellers to spin while the fuselage still stays sharp. The math on blade count and rotation speed is in the guide Photographing propeller aircraft. Helicopters also look much livelier with a spinning rotor than with frozen blades.

Setting up the camera: the panning setup

Before you make your first swing, the camera should be set up so it doesn’t get in your way. It’s best to save the setup to a custom mode, then you switch between jet standard and panning in a second.

• Shutter priority (S or Tv): You set the shutter speed, the camera chooses the aperture. The speed is the value you don’t want to hand over.
• Keep ISO low: Unlike usual, you don’t want to force short speeds but enable long ones. Fixed low ISO or Auto ISO with a low upper limit.
• Tracking autofocus: AF-C or AI Servo with a single point or a small zone on the front fuselage or the cockpit. Subject detection for aircraft helps if your camera has it. More on AF modes is in the guide Autofocus for aircraft.
• Burst mode: Several frames per swing raise the chance that one of them is taken at the moment of the smoothest swing.
• Mechanical shutter: On many cameras, an electronic shutter reads out the sensor line by line. When panning, vertical lines in the background can then appear skewed and propellers look distorted.
• RAW: Panning shots are often slightly underexposed or have bright sky areas. In RAW you have more room when editing.

You’ll find the basics on exposure modes, Auto ISO and autofocus in the guide Camera settings for plane spotting.

The image stabilizer: friend or foe?

A stabilizer compensates for your movements. With panning, though, part of that movement is intended. Many telephoto lenses and cameras therefore have a mode of their own. On Canon lenses, for example, that is Mode 2: it allows the swing in one direction and only compensates for motion perpendicular to it, so with a horizontal swing the shake up and down. Some lenses also offer a Mode 3, which only engages the stabilizer at the moment of exposure. Other manufacturers name their modes differently, and some systems detect a pan automatically. Which variants your lens or camera has is in the operating manual.

Exposure in sunshine: ND filter and aperture

Long speeds and bright light don’t go well together. On a sunny day, at low ISO and 1/60 s, you quickly end up at very small apertures. That has two drawbacks: depending on the sensor, diffraction visibly costs sharpness from roughly f/11 to f/16, and dust on the sensor becomes visible as dark spots in the sky.

An ND filter of two to three stops helps. It swallows light so you can reach long speeds at a medium aperture. Which other filters are worthwhile in aircraft photography is shown in the guide Polarizing filters and other filters. For speeds around 1/125 s, you usually don’t need one. Under overcast skies, in winter or in the early evening, the problem goes away anyway, and the soft light often suits panning shots very well. When and where the sun stands at your spot is explained in the guide Planning the sun position.

The swing: step by step

Technique matters more than any setting. A good panning shot is one continuous movement, not a click with a quick turn afterward.

A monopod with a movable head can help, especially with heavy telephoto lenses. It takes the weight and guides the motion in one plane. Whether you may use it at your spot and which variant suits you is covered in the article Tripod or monopod for plane spotting.

Typical mistakes and their causes

A special case is vertical blur. If the fuselage is sharp in the direction of travel but blurred up and down, you shook during the swing. The stabilizer in panning mode compensates for that well. A problem no stabilizer solves, by contrast, is heat shimmer: over hot asphalt, even a perfect panning shot loses detail, especially with a long focal length across the runway. How to deal with that is explained in the article Avoiding heat shimmer.

Good spots for panning

Not every spot suits the technique. Ideal are locations where the aircraft pass across in front of you and a textured backdrop lies behind them. Elevated decks looking up into the sky are less suitable.

• At the Flyvergrillen in Copenhagen, landings on 04L roll out on the taxiway close in front of the fence. There you can practice on taxiing jets from a short distance.
• At the Spotterplaats Polderbaan at Schiphol, landings on 18R roll past you after touchdown. Departing aircraft on 36L give you the faster variant.
• In Zurich, from the spotter point in the west (see the Butzenbüel guide) you look at the runway intersection, with the Airside Center, docks and heliport behind it as a textured backdrop. Because of the roughly 670 meters’ distance, you need a longer focal length there.

Where you may stand at the fence and what is off limits is summarized in the article Is plane spotting allowed?. To get started in Germany, the overview of the best spotting spots in Germany helps you.

Panning at air shows and at dusk

At air shows, jets, aerobatic teams and historic propeller aircraft often fly low and across the crowd. If there are trees or hangars behind the flight path, some of the most impressive panning shots are made there. With fast jets flying low, you tend to work with shorter speeds, with vintage propeller aircraft with longer ones. Which events are worthwhile is shown in the overview Airshows in Europe.

At dusk, the long speed almost comes by itself. Here panning becomes a necessity, because short speeds are no longer reachable anyway. The lights on the aircraft and on the taxiways turn into colored trails. You’ll find the right values for low light in the guide Photographing aircraft at night.

Composition: what makes a panning shot strong

Technically clean is only half the battle. These points decide whether the picture works:

• Space in the direction of travel: Leave more room in front of the aircraft nose than behind the tail. The eye follows the motion.
• Level horizon: Blurred lines emphasize any tilt. If necessary, straighten the picture when cropping.
• Light on the flank: Side light models the fuselage and sets it apart from the blurred background.
• Contrast with the background: A bright fuselage against a dark forest or a colorful livery against a gray hangar separates better than white against white.
• Choose the right focal length: A medium focal length shows more surroundings and more streaks, a long one isolates the aircraft. Which focal lengths are common at the fence is explained in the guide Lens and focal length for plane spotting.

When editing, less is more. A panning shot doesn’t need heavy sharpening that makes the blurred streaks look restless. How to develop aircraft photos in a balanced way is described in Editing aircraft photos. If you want to submit your pictures to platforms with photo screening, check their sharpness criteria first, because these platforms apply strict standards to the sharpness of the subject. What matters there is summarized in Editing photos for JetPhotos and similar sites.

Training plan: a reliable panning shot in three sessions

Panning is a matter of repetition. A structured plan gets you further than random trial and error.

Session	Subject	Shutter speed	Goal
1	Taxiing jets or cars on the access road	1/250 s, then 1/125 s	Even swing, focus holds
2	Landings or takeoffs side-on	1/125 s, then 1/60 s	Visible streaks at a good hit rate
3	Turboprops and close taxiing movements	1/60 s, then 1/30 s	Long speeds, propeller disc

After each session, note how many sharp images were in each burst. That way you can see at what speed your rate collapses and work on it specifically. If you want to practice at the start, you can also use cars or cyclists on the drive there as practice subjects. The motion is the same.

Conclusion

A panning shot turns a documentation photo into a picture with motion. The technique behind it is manageable: a shutter speed between 1/125 s and 1/60 s to start, shutter priority, tracking autofocus, burst mode and a stabilizer in the right mode. The difference is made by the even swing from the upper body and a spot where the aircraft pass across in front of a textured backdrop. Expect rejects, count your hits and only lengthen the speed once the rate is right.