Judging by the results, they passed with flying colors. The Arduino-powered, shoe-tying robot uses a pair of motors to drive four gearboxes, two on each side of a dedicated shoe platform.

Putting together the electronics was faster than building the bulk of the robot ... 3D printing and flying drones are among the two most popular activities for Arduino owners.

The aerodynamic drag from the robot's wing membrane was previously found to hinder its performance in common flight scenarios (i.e., when the drone was flying ... such as Arduino-class MCUs.

What would you use a smartphone-controlled flying drone for? Do you think the military and security applications for these aerial robots will be more heavily used than for more mundane ...

Birds use the powerful explosive force generated by their legs to leap into the air and start flying, but building a robot that can withstand the strong acceleration and forces involved in doing ...

This surprising, natural wing strength often outperforms most flying robots’ arrays, which can be grounded by the smallest issues. It’s a resilience that recently inspired researchers to delve ...