Compact FPV drone with 2.5–3 inch caged propellers for safe indoor flight through tight spaces. Enables impossible shots with 3–6 minute flight time.
Standard Cinewhoops utilize 2.5-3 inch propellers in full protective cages, powered by 1404-1507 brushless motors with 3000-4000kV. Flight time is 3-6 minutes on 4S LiPo batteries (14.8V, 450-850mAh). Common camera systems include the DJI Action 2 (47g), GoPro Hero Bones (34g), or Insta360 GO3 (35g). Flight controllers run Betaflight firmware, while video transmission is handled by DJI FPV System or analog 5.8GHz transmitters with 25-800mW transmission power.
Three main categories exist: Micro Cinewhoops (65mm props, <100g), Standard Cinewhoops (75mm props, 250-400g), and Heavy Lift Cinewhoops (85mm props, up to 500g) for larger cameras like the Sony FX3.
The first commercial Cinewhoop was the Blade Inductrix FPV in 2016, developed for indoor racing. NewBeeDrone perfected the concept in 2018 with the BeeBrain Lite for cinematic applications. In 2019, iFlight established the standard for professional Cinewhoops with the Alpha A65. DJI's Avata (2022) was the first RTF (Ready-to-Fly) Cinewhoop to bring the concept to the mainstream, while custom builds continue to dominate film production.
Cinewhoops enable "impossible shots" through tight spaces – from car windows into interiors to chase sequences between trees. In "Top Gun: Maverick" (2022), Cinewhoops flew through aircraft cockpits; "Ambulance" (2022) used them for shots inside vehicles. Typical workflow: 30-50 takes for one usable shot, as manual FPV control requires extreme precision. Pilots need 50-100 flight hours of training for cinematic maneuvers.
Compared to standard FPV racing drones, Cinewhoops offer safety in confined spaces due to their prop guards, but with 40% less flight time and reduced agility. Compared to large camera drones (DJI Inspire), they are 80% lighter but achieve only 1/10 of the flight time. For exterior shots, nano-drones without guards are increasingly replacing Cinewhoops due to better wind performance at similar image quality. Indoors, Cinewhoops remain indispensable due to their crash safety.
Ich setze Cinewhoops für dynamische Kamerabewegungen ein, die mit herkömmlichem Equipment unmöglich sind - 360-Grad-Orbits in 2-Meter-Räumen oder seamlose Transitions von Makro zu Wide Shots. Die Rolling-Shutter-Problematik bei schnellen Manövern erfordert jedoch präzise Abstimmung zwischen Pilot und meiner Bildkomposition, da nachträgliche Stabilisierung die organische FPV-Ästhetik zerstört.
Für mich sind Cinewhoops narrative Zeitmaschinen - sie verwandeln statische Räume in kinetische Storytelling-Tools durch fließende Raumübergänge, die das Publikum physisch durch die Geschichte ziehen. Die hohe Crash-Rate macht jedoch spontane kreative Entscheidungen am Set teuer, daher plane ich Cinewhoop-Sequenzen minutiös im Storyboard und führe Location-Scouts mit dem Piloten durch.
Ein Cinewhoop-Setup kostet 3.000-8.000€ plus Tagessätze von 1.500-3.000€ für erfahrene Kinopiloten, aber ersetzt Equipment im Wert von 50.000€ und spart Crane-Miete plus Crew. Die Verschleißkosten sind beträchtlich - pro Drehtag rechne ich mit 200-500€ für Crash-Reparaturen und Ersatzteile, dafür entfallen aufwendige Genehmigungsverfahren für Indoor-Flüge.
1. Zu welchem Department gehört „Cinewhoop"?
2. Wie viele verschiedene Fachperspektiven bietet dieser Eintrag?
The Lexikon is part of the Filmfarm ecosystem — alongside budgeting (FilmBalance), an industry magazine (FilmCircus) and crew networking (FilmCall, CrewMesh). One shared vocabulary for the whole production.