This is an old revision of the document!
TODO: This chapter is to be moved or merged with
Regarding the range of the operations and requirements for the hardware and software, there are 3 major classes of the UAV operations:
We provide summary and characteristics in the following sections.
The VLOS flying is the first drone operators use. And the most common one, requiring the lowest level of certification or no certification at all (depends on the scenario, UAV weight, flight region). The most common question is “How far can I go?”. It depends on the regulations, drone size, weather conditions and many others, but in any case, the best approach within the formal limits is given by the following rule: VLOS flying requires UAVO to be able to see and orient the platform using the naked eye [1].
VLOS flying does not necessarily mean you need to control the drone in RC: you can use even high level of autonomy modes, but you need to see the drone and be ready to “jump into the action” when needed, i.e. to avoid the collision with another object or modify trajectory. For this reason, VLOS operations require constant observation. In many countries, regulations allow using additional human observers, supporting UAVO during operations. Note, in any case, it is UAVO's responsibility in case of any incident or accident.
As mentioned before, flying VLOS may use virtually any mode from fully manual to fully autonomous. For this reason, a variety of drones fits this category and depending on the flight mode, there are different requirements for the UAV aerial section and ground section hardware and software, as discussed in the hardware section.