A new brain-computer interface has achieved an “unprecedented” level of control for a person who isn’t able to use their limbs, enabling them to fly a quadcopter in a gaming environment.

Not so for a new crop of quadcopter fliers. These new quadcopters are capable of sustained inverted flight. We’ve seen inverted quadcopters before here on hackaday. However, previous inverted ...

The study notes a sixfold improvement in the user’s quadcopter flight performance by reading signals directly ... said the work’s importance goes beyond games. It allows for human connection. “People ...

The study notes a sixfold improvement in the user's quadcopter flight performance by reading ... It allows for human connection. "People tend to focus on restoration of the sorts of functions ...

To guide a virtual quadcopter through its digital obstacle ... “While also fulfilling the participant’s desire for flight, the platform also showcased the control of multiple fingers.” ...

Quadcopters are great for maneuverability and slow, stable flight, but it comes at the cost of efficiency. [Peter Ryseck]’s Mini QBIT quadrotor biplane brings in some of the efficiency of fixed ...