Unmanned Autonomous Vehicles (UAVs) are being developed by the aeronautical community at a fast pace and for a wide range of applications due to advances in sensor technology and automation.
Missions which are best suited for UAV platforms are typically “dull, dirty and dangerous”. Among such missions, there are a number of operational scenarios which could be performed by smart, compact, highly autonomous, vertical take-off and landing vehicles, capable of navigating without or with very limited human supervision in complex, unknown urban environments. In fact, rotorcraft UAVs can maneuver in small, restricted areas and can hover in place, something which can not be accomplished by other flying platforms.
The design of smart, compact, safe rotorcraft UAVs with rapid deployment capabilities and an intuitive and effective humanmachine interface to support complex operations in highly dynamic situations, is an extremely fascinating challenge, with great potential rewards.
The scope of this ASP project is the analysis of mission scenarios and the study of enabling technological solutions for sensor-enabled robotic helicopters capable of performing missions in a highly autonomous fashion, with a special emphasis on applications in urban environments.
Principal Academic Tutors
Carlo Luigi Bottasso
Aerospace Engineering, Politecnico di Milano
Electronics, Politecnico di Torino
Mechanics, Politecnico di Milano
Electronics and Information Technology, Politecnico di Milano
Andrea Fogante [Team controller], Space Engineering
Fabio Biscani [Project Communication Coordinator], Aerospace Engineering
Raghavendra Kempanna, Mechanical Engineering
Alberto Laratta, Electronic Engineering
Saverio Ricci, Automotive Engineering
Laura Mainini [Team controller], Aerospace Engineering
Stefano Agostoni, Mechanical Engineering
Giulio Molinari, Space Engineering
Marco Rubino, Automotive Engineering
Eleonora Zeminiani, Aerospace Engineering
Davide Rizzo [Team controller], Space Engineering
Luca Natale, Automotive Engineering
Francesco Ricci, Mechanical Engineering
Alberto Torasso, Aerospace Engineering