The World’s First “Spherical Flying Machine”

The first aeronautical invention that I wanted to talk about is more of a neat and impressive novelty than a creation that will forever change the aerospace industry, but nevertheless I thought it was worth highlighting.

Around a year and a half ago, the world’s first spherical flying machine was developed. It is remote controlled and similar to a helicopter in that there is a main propeller that provides lift when taking off, but the entire contraption is surrounded by rings that provide a spherical exoskeleton about 16 inches in diameter. It also has similarities to an airplane’s control surfaces in the form of wings that provide lift when the machine pitches sideways to fly forward. These wings and the propeller may make it seem like a simple combination of a plane and a helicopter, but the design is much more creative than that. 

Its most exciting features are not related to its performance or agility. Rather, most of the hype about this invention comes from the potential applications that would be made possible by the spherical apparatus on the outside of the machine. Unlike any other helicopter or aircraft in the world, the spherical flying machine can literally run into the ground, walls, or other flying objects without crashing. In the video debut, the demonstrator shows this by swatting at the machine while it is in flight. The spherical exoskeleton protects the propeller and wings from coming into contact with anything while the three on-board gyro sensors keep it stable in flight during a collision. Another couple fantastic features that this design allows is the ability to roll around on the ground in a desired direction and the ability to fly while staying in contact with a wall, both of which are very impressive and completely original as far as I know.

The only somewhat annoying thing about this creation is that it was invented by the Japanese Defense Ministry, not the U.S. I am not entirely sure what Japan plans to use this technology for, but I imagine that it could be the basis for a whole new style of unmanned drone technology that could go places that obviously no other drones could go. I wish the U.S had been able to invent something like this first, solely for bragging rights, but regardless it is still very impressive that somebody was able to invent an entirely new design for a flying object. That level of creativity is not something that you see every day.

Here is the link if you wish to watch the actual video demonstration of the “spherical flying machine”:

http://www.wimp.com/sphericalmachine/

Advertisements

2 Comments

Filed under Uncategorized

2 responses to “The World’s First “Spherical Flying Machine”

  1. Do you think it would be possible to scale the size up as well as make it a combat-ready drone with heavier armor? Would it still fly?

    • Would it be possible? Sure, I don’t see why not. I don’t know how practical it would be though. I would imagine that for military quadrocopters it would be much more important to have very agile maneuverability and it would take a lot of power to have a similar level of agility when there is a heavy armor exterior. Also there might be problems developing an armor exterior that does not interfere with the open air space beneath the rotors. If you closed up the whole thing in armor then it would not be able to fly so overall I think it would be an expensive design to successfully make. But it would be possible.

Leave a Reply

Fill in your details below or click an icon to log in:

WordPress.com Logo

You are commenting using your WordPress.com account. Log Out / Change )

Twitter picture

You are commenting using your Twitter account. Log Out / Change )

Facebook photo

You are commenting using your Facebook account. Log Out / Change )

Google+ photo

You are commenting using your Google+ account. Log Out / Change )

Connecting to %s