Abstract — This paper presents the design and preliminary control of an indoor coaxial helicopter ”CoaX ” based on a concept of hybrid active and passive control. The robot is capable of passive roll and pitch stabilization against small disturbances while actively stabilizing the yaw and the altitude. We achieve omnidirectional horizontal motion by shifting the center of gravity. The structure is made out of lightweight polyurethane and carbon fiber. Preliminary tests show that ”CoaX ” is able to hover for short moments and the lateral control is effective. I
The aim of this research project is to develop an autopilot system that enables the helicopter model...
Elements of the SHARCS (Smart Hybrid Active Rotor Control System) Hybrid Control concept are demonst...
The coaxial compound helicopters have obtained a lot of research interest due to their outstanding p...
This paper presents the design and preliminary control of an indoor coaxial helicopter ”CoaX...
This thesis lays the foundations for the development of a small autonomous coaxial helicopter. This...
Abstract: A complete flight control scheme with detailed design methodology is proposed for an indoo...
Helicopters are among the most complex machines ever made. While ensuring high performance from the ...
Over the period of 1 year, an unmanned coaxial helicopter would be designed and tested. The aim of ...
Abstract — Traditional coaxial helicopter micro air vehicles use a large propeller motor in conjunct...
Interest in the coaxial compound helicopter (CCH) has been increasing in the civil aviation and engi...
Summarization: In this paper the design process of a fuzzy logic based controller for a coaxial micr...
International audienceThis paper presents in the first part the conception and construction of a min...
This paper describes the design of a low cost laboratory platform to perform control related exercis...
Design and instrumentation of the SHARCS (Smart Hybrid Active Rotor Control System) scaled rotor is ...
10.1109/WCICA.2012.6358369Proceedings of the World Congress on Intelligent Control and Automation (W...
The aim of this research project is to develop an autopilot system that enables the helicopter model...
Elements of the SHARCS (Smart Hybrid Active Rotor Control System) Hybrid Control concept are demonst...
The coaxial compound helicopters have obtained a lot of research interest due to their outstanding p...
This paper presents the design and preliminary control of an indoor coaxial helicopter ”CoaX...
This thesis lays the foundations for the development of a small autonomous coaxial helicopter. This...
Abstract: A complete flight control scheme with detailed design methodology is proposed for an indoo...
Helicopters are among the most complex machines ever made. While ensuring high performance from the ...
Over the period of 1 year, an unmanned coaxial helicopter would be designed and tested. The aim of ...
Abstract — Traditional coaxial helicopter micro air vehicles use a large propeller motor in conjunct...
Interest in the coaxial compound helicopter (CCH) has been increasing in the civil aviation and engi...
Summarization: In this paper the design process of a fuzzy logic based controller for a coaxial micr...
International audienceThis paper presents in the first part the conception and construction of a min...
This paper describes the design of a low cost laboratory platform to perform control related exercis...
Design and instrumentation of the SHARCS (Smart Hybrid Active Rotor Control System) scaled rotor is ...
10.1109/WCICA.2012.6358369Proceedings of the World Congress on Intelligent Control and Automation (W...
The aim of this research project is to develop an autopilot system that enables the helicopter model...
Elements of the SHARCS (Smart Hybrid Active Rotor Control System) Hybrid Control concept are demonst...
The coaxial compound helicopters have obtained a lot of research interest due to their outstanding p...