PowerEgg – The Flying Robot by PowerVision
Just in time for Easter. I must admit I quite like the look of this one. I expect pundits will have much to say about its flight performance. It looks to me very complicated which is another word for heavy.
I like that the motors push the arms up into place in flight. It seems to fly with either its 4K 360 gimbal camera attached or not. I like the on button. I like the landing gear. I like that transport would be simple.
I like lots of things.
Should, whilst out butterfly collecting I see a volcano erupting in the distance I might also send one off to look. If I were flying my balloon however I would be looking land and runaway from the aforementioned volcano. Nice mowed field to the right of that dam, but looking at the smoke its calm (not for long)
Oh and nice use of the term Drones 2.0 you own that now PowerVision.
The PowerEgg features an innovative egg shape which, in addition to being aesthetically different than the many X-shape four-axis drones currently on the market, makes it foldable and easy to transport. The lightweight PowerEgg can be easily folded and carried in a backpack and will be available in early Q2 of 2016.
According to Powervision CEO Wally Zheng, “Powervision wanted to create a beautiful yet functional design for the PowerEgg. We think the oval shape is not only clean and pure but also has the structural and functional benefits. This simple yet vital design means that this is more than a flying robot but a work of art.”
Although PowerEgg was developed for the mainstream consumer market to allow everyone to enjoy the drone flying experience, it still includes advanced technologies that rival industrial drones, including a 360-degree panoramic 4K HD camera on a 3-axis gimbal, real-time long range video transmission, advanced “optical flow” sensors for indoor navigation, as well as an intuitive and easy-to use-remote control,.
The Powervision team spent over 18 months perfecting this one-of-a-kind product.
Although extremely lightweight, it has a compact and revolutionary structural design. The unique design includes larger propellers that required advancements to transform from the compact egg shape to the larger flight mode. In addition, on the software side,
Powervision used its extensive software expertise to make the drone easier to fly. Currently, the average consumer drone requires at least 10 hours of flight time for consumers to learn how to use. By using their extensive knowledge in design and user experience,
Powervision is able to lower that significantly. As Zheng explained, “We want flying a drone to be child’s play, something even a five-year-old can do.”
Zheng believes that the entire drone industry is going through a transition from the easy to transport drones to a revolution in ease of use.
“With this next generation of drones, much like the Internet expanded access to information in the virtual world, drones 2.0 led by innovations like the PowerEgg can expand access to the physical world and bring together humans and machines in this journey.”
