DESIGN & ANALYSIS OF VERTICAL TAKE-OFF AND LANDING AUTONOMOUS AIR AMBULANCE AIRCRAFT (original) (raw)
Related papers
AIR AMBULANCE DRONE -A MODERN CONCEPTUAL AERIAL VEHICLE FOR SURVEILLANCE AND CASUALTY EVACUATION
Transstellar Journals, 2019
The present works discuss the design of an Air Ambulance Drone (AAD), anuncrewed aerial vehicle or UAV has the ability to perform an operation to handle numerous activities like vigilance, saving people, any unpleasant circumstancesand evacuation of wounded. The computations of Preliminary design of the present AAD had been summarized in detail, which includes the structural, propulsive, aerodynamic and performance aspects. The innovative AAD employs the numerous techniques that identify the survivor, final design and so on, had been deliberated in these researches. The design has been made in Fusion 360 software and is presented. The peculiarities, significance and applications of present AAD have been discussed.
Unmanned Aerial Vehicle for Medical Applications
2020
Advances in technology have revolutionized the medical field and changed the means of healthcare delivery. Unmanned Aerial Vehicles are successive wave of technological advancements that have the potential to form a large change in healthcare delivery. UAV, originally developed for military use, are creating their means into the general public and personal sectors as a result they will be flown autonomously and might reach virtually any geographical location, the importance of UAV are getting progressively apparent within the medical field. UAV supply a cheap answer to expand the accessibility of care to hospitals. The increase in quality and application of UAV, particularly within the public sector, will be attributed to their ability to perform a large vary of tasks, that embrace delivering product quicker than ground transportation, traversing rough parcel of land, and capturing aerial pictures. Our model, that use drone delivery, can facilitate a lot of timely and economical hea...
Mechanism For Drones Delivering The Medical First Aid Kits
2018
Transportation plays vital roles in lives. Its connections are associated with almost everything, from postal deliveries to multi-million cargo shipments. Currently, transportation of medical goods during critical need is limited to wheeled motor vehicles and manned aircrafts, which can be costly, slow, and sometimes impossible when emergency site is out of reach. Nowadays, drones revolutionise healthcare by transporting lifesaving medical supplies such as medical aids and blood. Unfortunately, with current technology, drone’s battery lifespan is a limitation that can hinder the delivery process. This paper describes our study that concerns with design of mechanism that prolongs drone’s battery life and offers effective delivery of medical first aids. The mechanism is attached to the drone and carries medical aids safely while decreasing the number of take-off and landing by deploying the kits from air to land (using parachute method). The main objective of this study is to desi...
Design and performance analysis of unmanned aerial vehicle (UAV) to deliver aid to the remote area
International Conference on Mechanical, Industrial and Material Engineering, 2017
The Small Unmanned Aerial Vehicle is playing an increasingly significant role in modern military and civil arena. The list of potential uses is now rapidly expanding to encompass a broad range of other activities, including aerial photography, surveying land and crops, communications and broadcast, monitoring forest fires and environmental conditions, and protecting critical infrastructures. An Unmanned Aerial Vehicle named 'Mohapotongo' has been designed with the capability of carrying medical aid to remote areas. The Mohapotongo is an advanced, durable, lightweight aircraft designed to carry 700gm of payload covering a range of 20km.Via the autonomous system in Mohapotongo, it can gain information about the environment, work for an extended period without human intervention, move either all or part of itself throughout its operating environment without human assistance and its building structure enable it to carry easily. The Mohapotongo is a canard configured aircraft with the capability of hand-launch or pod launch and is incorporated into the battery powered the electric motor. The overall design process has been done using system engineering process. This paper presents the design methodology, performance analysis, and manufacturing process of the UAV Mohapotongo.
Design and Implementation of UAV Architecture for Delivering Medical Products
International Journal of Engineering and Advanced Technology, 2020
Unmanned Aerial vehicles (UAVs) likewise regularly alluded to as automatons, and are increasing incredible research intrigue, consideration as a significant future innovation. These vehicles have almost boundless potential essentially because of their high mobility and small scale size, that permits their utilization in different applications. Among numerous kinds of UAVs, the multi-copter UAVs with 4 rotors (quadcopter) are being utilized and used regularly. Automatons are semi-self-governing airplanes that can be controlled and worked remotely. Economically accessible automatons are progressively being utilized in an assortment of uses. It is being used in a variety of applications such as,3-D mapping, disaster monitoring, aerial packet delivery, photography and filming, and very useful in the field of monitoring and surveillance also in unmanned cargo system .Recent innovations made huge growth in this field that made the researchers to develop applications which are useful in th...
Design of an Unmanned Aerial Vehicle for Emergency Situations
Current research deals with the design, constructions, and prospective applications of a radio-controlled Unmanned Aerial Vehicle (UAV) which was manufactured for the TÜBİTAK UAV TURKEY competition. The motivation behind this research was for possible applications in emergencies (fire, natural disaster, or medical emergencies) due to its remote controllability, maneuverability, and payload carrying capacity. In the conceptual design phase, the individual mission requirements were converted to design requirements, and the UAV's empty weight was estimated after that. Power and wing loading were determined based on the mission profile for the preliminary design. The X-Foil code was then used to compute the aerodynamic efficiency of the airfoil section, after which the wing, fuselage, and empennage were designed. For the detailed design, the structural analysis along the wing span and aircraft performance of the each mission was carried out. Following that, a stability analysis (lon...
Abstract— In this paper, design of avionics system and control scenario of small hybrid Vertical Take-Off and Landing (VTOL) UAV will be presented. The UAV configuration is a hybrid-UAV configuration combining feature of rotary-wing UAV and fixed-wing UAV. There are two topics that will be discussed in this paper. Firstly, avionics system of the UAV including its power system and its peripherals interfacing. Secondly, control system design of the UAV including flight scenario when the UAV is on transition mode/stage. Rotary-wing UAV configuration has advantages such as easy-and-stable when take-off and landing. Rotary-wing UAV also does not need special area to do take-off and landing. While Fixed-wing UAV configuration has advantages such as high maneuverability and high endurance. This hybrid UAV is designed to obtain all of these advantages. Keywords—VTOL, hybrid UAV, avionics system, control system.