Aerial photography is photography made from an elevated vantage above the ground: aircraft, helicopters, balloons, kites, towers, and, since the mid-2010s, drones. The defining characteristic is not the altitude itself but the perspective shift it creates. Subjects that read as familiar from eye level (a city block, a river bend, a parking lot) become abstract patterns of color, shape, and line when viewed from above. The discipline overlaps with landscape, architectural, and documentary work but sits apart because of the planning required around airspace, weather, light angle, and equipment logistics.
The medium dates to 1858, when French photographer and balloonist Nadar exposed plates over Paris from a tethered balloon. Aerial reconnaissance during the World Wars drove rapid advances in lens design, film stocks, and stabilized camera mounts. Through the 20th century, fixed-wing aircraft and helicopters dominated the field, used for surveying, real estate, journalism, and fine art (the work of William Garnett, Yann Arthus-Bertrand, and Edward Burtynsky covers the range). Consumer drones starting with the DJI Phantom in 2013 democratized the practice almost overnight, putting capable aerial cameras in the hands of hobbyists for the price of a mid-range lens.
Compositionally, aerial work rewards graphic thinking. Top-down framing flattens depth and emphasizes texture, repetition, and contrast. Oblique angles (anywhere from about 30 to 60 degrees) preserve some sense of three-dimensional depth and are often more readable for non-photographers. Light angle matters more from above than at ground level because long shadows are what give terrain its modeling. Shooting an hour after sunrise or before sunset, the same golden hour logic that applies to landscape work, produces the most three-dimensional results. Midday top-down shots can still work for graphic, abstract compositions like agricultural fields or salt flats.
Technically, aerial photography is a vibration and motion problem. From a helicopter or small plane, even with the door off and a gyro-stabilized rig, fast shutter speeds (1/1000s or faster) are mandatory to freeze airframe vibration. In-body stabilization helps but cannot fully compensate for rotor wash. Drones solve much of this with electronic gimbals that mechanically isolate the camera from the airframe, allowing shutter speeds down into the 1/30s range under calm conditions. Wide apertures are usually avoided because diffraction matters less than ensuring enough depth of field to keep the entire scene sharp at long focus distance.
Airspace regulation is the operational reality of the practice. In the United States, the FAA’s Part 107 governs commercial drone use; in Canada, it is Transport Canada’s RPAS rules; the EU has the EASA framework. Most jurisdictions restrict flight near airports, over crowds, and above 400 feet AGL without a waiver. National parks, certain urban cores, and stadiums are typically off-limits. Manned aircraft operators face separate FAR Part 91 or Part 135 requirements depending on whether the flight is private or for hire. Ignoring these rules has produced fines in the tens of thousands of dollars and the loss of pilot certifications.
Practical mistakes to avoid: shooting in the middle of the day when shadows collapse and color flattens, flying too low so the perspective looks like a tall building rather than aerial, ignoring wind speed (drones lose battery fast fighting gusts), and forgetting that empty sky in the frame usually weakens the composition. The strongest aerial work tends to be either fully top-down with no sky at all or low-oblique with a horizon line near the top third of the frame.