Camera shot taken from elevated vantage point, typically using aerial vehicles or drones to capture expansive landscape perspectives.
Technical Details
Modern drone aerial shots are often realized with 4K resolution (3840×2160 pixels) at 24fps to 60fps. Professional drones like the DJI Inspire 2 reach flight altitudes up to 4,500 meters at wind speeds up to 10 m/s. Helicopter systems use stabilized gimbal mounts with 3-axis stabilization and damping of up to 99.8% of vibrations. A distinction is made between static aerial shots (Fixed Aerial), camera movements (Tracking Aerial), and circling shots (Orbital Shot). For helicopter shots, Tyler Mounts or Cineflex systems are used, which can carry cameras up to 50 kg.
History & Development
The first documented aerial shot was created in 1909 for the film "The Count of Monte Cristo." In 1927, Abel Gance used spectacular helicopter shots from a height of 150 meters in "Napoleon." The technical breakthrough came in 1958 with the Tyler Helicopter Mount, developed by Nelson Tyler. Since 2010, multicopter drones have revolutionized the industry: whereas helicopter aerial shots previously cost 15,000-25,000 Euros per shooting day, drone productions cost 800-3,000 Euros daily. In 2016, the European Aviation Authority introduced uniform drone regulations, allowing flights up to 120 meters without special permits.
Practical Use in Film
In "Gladiator" (2000), Ridley Scott used 47 different aerial shots to depict the Roman Empire. For "Dunkirk" (2017), Christopher Nolan filmed with IMAX cameras from a Spitfire at 200 km/h. The workflow includes flight planning with GPS coordinates, weather window analysis, and backup scenarios. Drone shots require 15-20 minutes of setup time, while helicopter systems need 45-60 minutes of preparation. Disadvantages: weather dependency, limited flight time for drones (25-35 minutes), noise pollution from helicopters, and legal restrictions in urban areas.
Comparison & Alternatives
Aerial shots are distinguished from crane shots by their height (>30m vs. <25m) and from establishing shots by their specific bird's-eye perspective. Cable camera systems (Cable Cam) achieve similar perspectives with controllable movements but are limited to distances of 500-800 meters. High-hat shots simulate low aerial perspectives on the ground. Virtual aerial shots are increasingly created through photogrammetric 3D scans and are produced in post-production – more cost-effective than actual flights, but without natural atmosphere and lighting conditions.