How does it work and what makes it so special that I decided to do a blog about it?
The robot works by remote control or automatic, small propellers keeps airborne and moving, while rudders controls the direction.
Now traditionally robots are not that versatile, if they encounter an obstacle they tend to shut off or just basically can't get pass the said object, which is a big problem though it seems small. The flying gimball used the physics that a gimbal provides, (click here if you do not know what's a gimbal), The robot fitted with a camera for viewing for course, is at the centre of three rings, when the robot crashes into an object it is not thrown off, nor rotates, it ricochets, why?
The three rings actually absorb rotation I'll say, they spin (rotate) from the collision and keeping the robot in the middle still stable as if nothing ever happened. It's a hit and run.
The creator, Mr.Briod, is combating the versatility that robots do not posses in hopes to aid in situations that is too dangerous and contains many obstacles for a human being to get the task done fast. For example, a search and rescue mission or major hazardous gas leaks.
FOR MORE INFO >> http://www.bbc.co.uk/news/technology-24758935