Events2013 / 2014Marine Electronics will be exhibiting at the following trade shows over the next 12 months. Oceanology International Shanghai China 2013Oceanology International 2013 is being held at the Intex Shanghai China from 3rd to 5th September 2013. Marine Electronics will be located on stand B43. For more information visit the web site: www.Oceanology International.com Oceanology International London 2014Oceanology International 2014 is being held at the Excel Centre London from 11th to 13th March 2014. Marine Electronics will be located on stand E350. For more information visit the web site: www.Oceanology International.com |
Marine Electronics stand at Ocean Business 2013
Marine Electronics stand at Oceanology 2012 |
News2012MARINE ELECTRONICS LTD AND ASV LTD Daniel Hook, managing director of ASV Ltd and Brian Evans, Director of Marine Electronics Ltd announced a new working partnership at the Oceanology exhibition in London. Under the agreement ASV will provide its C-CAT 2 autonomous surface vehicle for use with the advanced new 3D interferometric sonar that was launched at the show by Marine Electronics Ltd. The new WideView sonar has been developed to provide a 120 deg field of view which makes it ideal for use with shallow water surveys. By reducing the number of passes required to scan a survey area the new sonar is ideal for difficult shallow water operations. It enables a survey team to gain an important benefit when tide and weather conditions may reduce the working time available. The 2.4 metre C-CAT 2 is seen as an ideal vehicle for the new sonar as its robust performance and design enables it to provide access to waters that would be too difficult or dangerous for a manned survey craft. For more information visit: www.asvglobal.com |
Brian Evans ( left ) and Dan Hook at OI2012 |
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MARINE ELECTRONICS LTD LAUNCH Marine Electronics has launched a new 3D Diver Detection Sonar that not only gives the range and bearing to the diver but also his depth.
The Pin-Point when installed will scan both horizontally and vertically to produce a three dimensional representation of the area in front of the sonar up to a maximum range of 500m.
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