Implementation of innovative service in the creative industry through stabilizing system for aerial three-dimensional filming

The unmanned aerial vehicles (so called drones) are used for increasing number of applications in many market niches - the aerial filming of two-dimensional (2D) high-quality video is an innovation, which in the recent years has been widely used in film and TV industry. Unlike the standard 2D filming, however, the film companies face huge limitations when shooting three-dimensional (3D) aerial images requiring the use of cranes or helicopters, which is an expensive and technically complicated process. The application of drones for 3D filming has not yet been applied anywhere, because this could be achieved only with drones flying with two cameras for stereoscopic images and combination of various control systems for the equipment. Another major problem is that stabilization systems for synchronized management of two cameras are not available on the market. The aim of the project is to provide one-size-fits-all solution for the aerial 3D filming by creating new and innovative worldwide service called Professional 3D aerial filming by unmanned aerial vehicles, the Service. It is performed by newly developed high-tech revolutionary solution, representing new technology for the creative industry: Stabilizing system for professional filming of aerial 3D images, the System. There is currently no analogue of the service in the world and the candidate has the competitive advantage to be first on the market to offer an innovative service which is its own development, protected by duly filed application for utility model. The implementation of the innovative concept has the potential to make significant changes to the current way of working in the 3D filming by targeting and developing an existing market niche in the creative industry. Following the successful implementation of the service significant progress in the film industry will be achieved by creating the possibility for effective and quality filming of 3D images at reduced costs and thus market price.

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