| Features | Description | |
|---|---|---|
 | High-end electronics | Embedded flight and navigation electronics are among the best currently available. Offering countless useful features, it has been successfully tested and validated by our pilots. |
 | Nano-scale sensors | The high-end embedded electronics of our systems includes nano-scale sensors including magnetometers, barometers, accelerometers, etc. |
 | Modular infrastructure | Our systems are made to be lasting investments. Therefore, they can be upgraded with additional modules at a later time of first delivery. |
 | Rational design | For efficiency, reliability and safety reasons, our UAVs benefit from rational design. In other words, they are built to be sustainable equipment. |
 | Redundancy [option] | In addition to the redundancy of the sensors, our systems can be equipped with redundant electronics for safety enhancement. |
 | Backwards compatibility | Technology evolves faster each day. This is why, in most cases, our systems can benefit from newest improvements thanks to their backwards compatibility. |
 | Motors & ESC | Brushless motors and Electronic Speed Controllers of our UAVs have been successfully tested and chosen for their reliability and efficiency. |
 | Easy maintenance | Thanks to the rational design of our systems, first level maintenance can be easily performed, even on the field with a toolbox. |
 | Free software | Flight planning and monitoring softwares needed to operate our UAVs are free. |
 | Open source code | Most of the code used in our platforms is open source. It is regularly updated and can be customized by any software engineer. |
 | Flight simulation | Flight planning softwares have a flight simulator module. This allows to simulate any operation at the office, allowing to make any necessary adjustment. |
 | Flight testing | Every system leaving our workshop is tested in flight to ensure every feature good working state. |
[Security features] – [Simplified shooting] – [Automated flights] – [European standards]
