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The growing demand for unmanned aerial vehicles (UAV) has been a subject of concern on the part of international organizations responsible for airspace safety. UAV has been used by stakeholders in strict conditions, but for UAV to become economically viable, it is necessary to issue regulations that still do not exist for safe integration in the controlled non-segregated airspace. In the light of this unattended demand, a method (Safety-VANT) was developed in this Thesis to evaluate the critical safety of UAV conduction, a task performed by a Piloting Autonomous System. The development of the Safety-VANT method aims to provide UAV regulators and developers, means of quantifying the safety assessment in the aircraft airworthiness. A hypothesis used in the method considers that the UAV hardware and software (avionics, fairing, sensors and actuators) are previously evaluated and certified by the same procedures and rules applicable to manned aircraft equipment. This hypothesis allowed the Safety-VANT – the developed safety assessment method – to evaluate the ability of an autonomous command embedded in an UAV to fly, to navigate and to communicate, according to the management of air navigation system rules. The Safety-VANT application was exercised under a hypothetical UAV set to being able to fly, to navigate and to communicate with Air Traffic Control and it has the equipment and the certified aircraft structure (fairing). In addition, considerations are performed for deploying the use of Safety-VANT in autonomous UAV development to integrate it into the Airspace.

Método de avaliação de segurança crítica para a integração de veículos aéreos não tripulados no espaço aéreo controlado e não segregado.