Quadcopters are flying machines. Traditionally, that would mean you’d optimize the design for lightweight and minimum drag, ...

The Chinese drone SUPER can detect obstacles at great distances and therefore fly safely and autonomously at high speeds.

The authors believe that to restore highly functional fine motor control, electrodes need to be placed closer to the neurons. The study notes a sixfold improvement in the user's quadcopter flight ...

Scientists have enabled a paralyzed man to control a drone using brain-computer interface technology, paving the way for ...

According to the team’s results, the BrainGate array wired directly to motor neurons offered a “sixfold improvement” on the user’s quadcopter piloting when compared to an EEG system.

Imagine controlling a virtual quadcopter with just your thoughts and finger movements. For patient T5, this is no longer a ...

Participant says controlling the virtual drone felt like playing a musical instrument, evoking activity and socialization.

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Severe motor impairment or paralysis is associated ... endpoints for controlling the speed and direction of a virtual quadcopter, which in turn allowed the participant to pilot the device through ...

the authors believe that placing the electrodes closer to the neurones means a higher level of fine motor control. The research participant described the intuitive control of the quadcopter as “like ...