The seabed sounding is applied using the Ultra High Resolution multibeam Multi-detect Teledyne Reason T20 R that overcovers the International Hydrographic Organization – I.H.O. instructions […]
Read MoreDetailed quay walls surveying and other construction techniques MBES provides beam headlamp angles greater than 160 ° as well as the ability to route the […]
Read MoreDredged Material Volume Measurements
The data collected using the MBES system allow the high-resolution DTM extraction (using CUBE filters etc.) of the seabed. By the seabed mapping before and […]
Read MoreSeabed surface material classification The MBES system, provides through its normalized backscatter function the seabed surface material classification (clay, fine sand, sand, mud, gravel, rocks, […]
Read MoreThe SeaMap MBES Teledyne RESON SeaBat T20-R system has more than 500 bundles with a beam aperture of only 1 ping up to 50 Hz, […]
Read MorePosidonia oceanica is a seagrass species that, when they are alive, form dense green clusters in sandy seabeds and when they are dead they get […]
Read MorePhotogrammetry is the technique through which 3d models can be created using photographs. This technique recognizes the geometric properties of the area or an object […]
Read MoreThere is the possibility to create 3D area representation in the InfraWorks 360 environment that allows spatial information to be compiled from different sources such […]
Read MoreDiving Services – Submarine Inspections
Pipes and cables depiction The depiction of existing pipelines for mapping and inspection is another application covered by the MBES system. Special algorithms allow the […]
Read MoreComplete and detailed mapping, depending on the Greek Reference System, according to the Greek Ministry of Environment and Waters. Orthophotos in GGRS’87 with a 2 […]
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