Advances in UAV Technology: Dynamics, Guidance, Navigation, and Control of Transformative Aerial Vehicles

Dear Colleagues,

As we venture further into the era of unmanned aerial vehicles (UAVs), we encounter a landscape rich with innovation and versatility. This Special Issue is dedicated to exploring the cutting-edge advancements in UAV systems that push the boundaries of their capabilities. From convertible UAVs that seamlessly transition between flight modes, and bio-inspired designs that draw from the ingenuity of nature, to the pioneering unmanned underwater and aerial vehicles, this issue aims to be at the forefront of UAV evolution.

The core of this Special Issue lies in the advanced dynamics, guidance, navigation, and control (GNC) systems that empower these UAVs to perform with unprecedented efficiency and autonomy. We seek contributions that delve into the following:

• Control Systems: Innovations in UAV control mechanisms that enhance stability, agility, and responsiveness.
• Guidance Strategies: Advanced algorithms and techniques for precise UAV guidance in complex environments.
• Navigation and Localization: Cutting-edge solutions for accurate UAV positioning, including GPS-based and GPS-denied environments.
• Full Flight Envelope and Convertible UAVs: Research on UAVs capable of operating across the full spectrum of flight conditions, including transitional designs.
• Unmanned Aircraft System Traffic Management (UTM): Insights into the integration of UAVs within the airspace management frameworks, ensuring safe and efficient operations.
• eVTOL Technology: Developments in electric Vertical Take-Off and Landing (eVTOL) systems that are shaping the future of urban air mobility.
• Distributed UAV Networks: Studies on the coordination and control of multiple UAVs working in tandem for complex tasks.
• Applications: Innovative applications of UAV technology in surveillance, delivery, environmental monitoring, and more.
• Path Planning: Techniques and algorithms for efficient route planning that consider environmental and regulatory constraints.
• Mathematical Modelling: Theoretical and computational models that underpin the design and operation of advanced UAV systems.
• High fidelity simulation environments: Computational environments that emulate UAV behaviors for testing control strategies and embedded electronic systems.

Prof. Dr. Sergio Esteban
Dr. Guilherme V. Raffo
Dr. Daniel Neri Cardoso
Dr. Marcelo Alves Dos Santos
Guest Editors

Manuscript Submission Information

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