Flying drone controlled with mind power
Researchers in China have produced a system to control a quad-rotor drone with the mind
Image Gallery (4 images)
Image Gallery (4 images)
Researchers based at Zhejiang University in China have produced a system for controlling a quad-rotor unmanned aerial vehicle with the mind. Dubbed "Flying Buddy 2", the system uses a standard, commercially-available Electroencephalogram (EEG) headset, a computer and a Parrot AR Drone. The computer processes the data received from the EEG and converts it into control commands which are beamed to the drone via a Wi-Fi connection. Judging by the video, the latency of the setup appears to be relatively low.
Various demonstrations of the Flying Buddy 2 technology were thought up by the scientists, including a "boxing match" which pitted a mind-controlled drone against one piloted with a typical remote setup. Each controller was tasked with pushing the opposing device out of the allotted area.
The mind-controlled drone research is aimed toward enabling the disabled to interact with their environment in new ways, however it does not take too big a stretch to imagine a more mature implementation of the tech being attractive to those in the consumer, transport, industry and defense sectors.
The Zhejiang University video below shows the research in further detail.
Via: New Scientist
A car and a quadcopter
Quadcopters are becoming more and more popular with radio-controlled model enthusiasts, but sometimes ... sometimes you still just want to remotely-control a car. If that’s the case with you, then UK-based product designer Witold Mielniczek has got you covered. His prototype vehicle, known simply as B, functions as both a quadcopter and an off-road racer.
The rear wheel-drive vehicle has a tough polycarbonate body, and four wheels referred to as driving rings. Each ring is driven not by a center-mounted axle, but instead by cog mechanisms at the bottom of the rim. This leaves the center of the rings clear for four 7-inch propellers, which allow the vehicle to get airborne on the fly (no pun intended).
The driving rings are flexible and removable, so they won’t snap every time B makes a hard landing. The propellers are also flexibly-mounted, adding to the vehicle’s crash-worthiness.
Power is provided by an 11.1-volt lithium-polymer battery, which reportedly provides up to 15 minutes of combined driving and flying per charge. Additionally, an onboard 720p video camera can record point-of-view footage to a Micro SD card.
Mielniczek has a working prototype, and now hopes to add features such as full waterproofing (allowing it to also serve as a sort of boat), the ability to suck itself onto walls, and a smartphone control app. Eventually, he might even look into the possibility of building a full-sized passenger-carrying vehicle based on the technology, that could be used for humanitarian purposes.
Before any of that can happen, however, he needs to raise production funds, so he’s turned to a Kickstarter campaign. A pledge of £320 (US$484) will get you a ready-to-assemble B, when and if the funding goal is met. If you don’t want to supply your own transmitter and would like to get a fully-assembled model, you’ll need to pledge £400 ($605).
B can be seen in action in the campaign video below.
Source: Kickstarter
