(PhysOrg.com) -- Researchers working with the Japanese Ministry of Self-Defense have created what they claim is the worlds first completely spherical flying robot. The robot, which has roughly the same dimensions as a soccer ball, is able to travel at speeds of up to 40 miles per hour, or hover in the general area of a stable spot such as a hallway.
If the robot is tumbled to the ground, or swatted by someone with wants to toy with it, the bot will roll to absorb the impact and prevent as much damage as possible. This same trick works on other surfaces, should the robot bounce into walls, fixtures on the walls or anyone who happens to be in the room. Though, at this stage the robot cannot apologize for this breach of etiquette, which in Japan is an important detail.
Navigation for this robot is achieved with a single propeller that gives the device thrust. The device also features a set of eight wings that give the sphere its control and directionality. The robot cannot currently any extra weight, but it does have spaces where a camera or other sensors could be mounted. The robots do not have autonomy protocols at this time, but that may happen in the future.
The robots cost about $1000 to produce per unit, which is extremely inexpensive when you consider that some robotics programs can cost thousands or even millions of dollars. If you want to find one on your own, you are going to have to take the trip to Japan and find the bots yourself.
Explore further: Drones thrill Martha Stewart... and US prison convicts
More information: via IEEE Spectrum, Dvice