This technology offers multiple advantages over conventional drones. An example is the possibility of limiting the use of heavy and expensive instrumentation such as gimbals (used to stabilize the on-board camera every time there is an attitude variation). In the case of Armageddrone, it would be possible to obtain the same result, i.e. perfectly stabilized images, without having to use a mechanical stabilizer.

Thinking about the possible implications that this technology could have, it is impossible not to mention the transport sector.

A conventional drone by its nature needs to make an attitude vaiation every time it is required perform a translational motion. Inevitably any payload attached to the aircraft would sufferthe same variaton.  In certain situations, however, it is essential that the payload remains stable and not subject to sudden changes in inclination. An example is the transport of liquid or granular material. The sloshing of a liquid could lead to the instability of the drone inevitably compromising the mission.

Implications can also be found in the medical sector. The main application of the proposed technology would surely be the transport of organs and blood. This device is designed to move quickly without stressing the payload. Armageddrone also possesses, by its nature, a degree of reliability superior to that of common quadricopters. The loss of a single motor would not in fact lead to the loss of the entire drone. Moreover, theoretically speaking, the failure of two opposing motors should not pose a risk to the success of the mission.