Technical Note: A low cost unmanned aerial vehicle for ship based science missions

A low-cost Unmanned Aerial Vehicle is compared with those already available and the motivation for its development is established. It is targeted at ship-based science missions and potential applications are described including a specific science case to measure white capping in the deep ocean. The...

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Main Authors: E. Waugh, M. Mowlem
Format: Article
Language:English
Published: Copernicus Publications 2010-07-01
Series:Ocean Science
Online Access:http://www.ocean-sci.net/6/615/2010/os-6-615-2010.pdf
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spelling doaj-6517bfc309594684afdc7554a5568be92020-11-25T00:55:07ZengCopernicus PublicationsOcean Science1812-07841812-07922010-07-016361561910.5194/os-6-615-2010Technical Note: A low cost unmanned aerial vehicle for ship based science missionsE. WaughM. MowlemA low-cost Unmanned Aerial Vehicle is compared with those already available and the motivation for its development is established. It is targeted at ship-based science missions and potential applications are described including a specific science case to measure white capping in the deep ocean. The current vehicle includes a range of more than 1000 Km, carrying a payload of 2 Kg and it can be launched and recovered from a coastal research vessel. The vehicle has flown successfully in Force 4 gusting Force 6–7 wind conditions, an important requirement for operation at sea. Data analysis is performed on images captured by the vehicle to provide a measurement of wave period and white capping fraction. The next stage of the project is to develop a suitable payload and perform a demonstration science mission. http://www.ocean-sci.net/6/615/2010/os-6-615-2010.pdf
collection DOAJ
language English
format Article
sources DOAJ
author E. Waugh
M. Mowlem
spellingShingle E. Waugh
M. Mowlem
Technical Note: A low cost unmanned aerial vehicle for ship based science missions
Ocean Science
author_facet E. Waugh
M. Mowlem
author_sort E. Waugh
title Technical Note: A low cost unmanned aerial vehicle for ship based science missions
title_short Technical Note: A low cost unmanned aerial vehicle for ship based science missions
title_full Technical Note: A low cost unmanned aerial vehicle for ship based science missions
title_fullStr Technical Note: A low cost unmanned aerial vehicle for ship based science missions
title_full_unstemmed Technical Note: A low cost unmanned aerial vehicle for ship based science missions
title_sort technical note: a low cost unmanned aerial vehicle for ship based science missions
publisher Copernicus Publications
series Ocean Science
issn 1812-0784
1812-0792
publishDate 2010-07-01
description A low-cost Unmanned Aerial Vehicle is compared with those already available and the motivation for its development is established. It is targeted at ship-based science missions and potential applications are described including a specific science case to measure white capping in the deep ocean. The current vehicle includes a range of more than 1000 Km, carrying a payload of 2 Kg and it can be launched and recovered from a coastal research vessel. The vehicle has flown successfully in Force 4 gusting Force 6–7 wind conditions, an important requirement for operation at sea. Data analysis is performed on images captured by the vehicle to provide a measurement of wave period and white capping fraction. The next stage of the project is to develop a suitable payload and perform a demonstration science mission.
url http://www.ocean-sci.net/6/615/2010/os-6-615-2010.pdf
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