A regular pole, if stood on one end, tends to fall. Engineer Peter Reissig's task was not simply to hold it up, but to make the pole balance itself, much like a drone. To achieve this, a homemade flying apparatus was installed on top of the pole, actively counteracting any attempts to fall. The key engineering challenge was to achieve sufficient reaction speed for the system. Quieter and larger propellers, which could have provided better stability, had too much inertia. The 10-inch blades had to be abandoned in favor of triple 5-inch ones, which provided the necessary balance between thrust and responsiveness. A standard quadcopter control board with adapted software was used as the 'brain' of the device. Programmers managed to make the stabilization system react to changes in the pole's position without causing additional oscillations. The prototype creation process was accompanied by numerous tests and errors. The system suffered from unwanted oscillations that had to be eliminated. An unexpected problem turned out to be the flexibility of the pole itself – it was taken from a pool fishing kit and, in itself, added instability to the system. One elegant solution was to allow the pole to tilt slightly in the wind. This configuration proved more stable than attempting to keep it in a strictly vertical position. Ultimately, by applying stabilization principles refined in the drone industry, it was possible to create a device that transforms an everyday object into something capable of self-balancing. This demonstrates how advanced technologies can be adapted to solve non-standard engineering problems, turning simple objects into something amazing.