Affordable robots to democratize film and video motion control
Almost all moving shots we see on TV or in movies are performed by a camera mounted on some sort of motion control 
system to produce seamless, steady shots while following its subject. With the quality of digital cameras increasing as prices 
drop, there is growing demand for affordable, high-quality motion control systems. To achieve professional motion control 
quality in the TV/film/video production sector, professionals currently need to use heavy, labour-intensive equipment like 
dollies on rails, which can cost upwards of 100k€ and are operated by at least 2 specialized operators. For shots that need 
to be repeated precisely on each take, large studios use industrial robots that are much more expensive but can be 
controlled by a single expert operator, although they need to be moved and set up by several people. 
The SME production companies and independent professionals who make up the great majority of this sector can rent a 
dolly and hire operators, although they are costly, or even an industrial robot when a shoot calls for it, although they are 
generally used by large studios for big-budget productions.  
Ground Drone is a breakthrough motion control system consisting of a robotic platform equipped with a powerful processor 
that works with any type of camera, from heavy-duty studio cameras to smartphones. It uses our proprietary computer vision 
and artificial intelligence algorithms to calculate the motion trajectory and move the camera through the desired flow, while 
following the subject and taking into account its surroundings and other sensor data. 
Ground Drone will democratize high-quality motion control, the next frontier for budget production. We offer industrial robot 
precision with affordable but powerful technology that can adapt to diverse user scenarios. We will use this phase 1 project 
to test our value proposition and commercial hypotheses with potential clients, in order to maximize impact and reduce risk 
as we more forward.