Fugro LADS Corporation
- Ocean/ Marine Services-Survey
- Electrical Components-Sensors
- Electrical Components-Optics
Kidman Park South Australia 5025
Fugro LADS Corporation (FLC) is an Australian registered company, based in Adelaide, South Australia. FLC is part of the Offshore Survey Division of Fugro NV, based in the Netherlands, which is the largest hydrographic surveying company in the world.
FLC, and its antecedents, have been engaged with ALB since the early 1990s and have pioneered the provision of contract ALB services to government agencies and industry since the late 1990s. Commencing in 1998, firstly as LADS Corporation and later as Tenix LADS Corporation, FLC was the first company in the world to provide such services on a commercial basis.
FLC designs, manufactures, supports and operates the “Laser Airborne Depth Sounder” (LADS) ALB systems. These systems are equipped with a high-power laser, high efficiency optics and a large dynamic range receiver including patented automatic gain control to ensure the best signal-to-noise ratio possible is achieved for each sounding, even in areas of marginal water clarity. The LADS ALB sensors acquire both bathymetric soundings and topographic elevations, along with high resolution digital imagery and can also generate seabed relative reflectance data used for seabed classification and habitat mapping applications. LADS systems are noted for their reliability, performance and high quality of data which is fit for purpose for Nautical Charting and Coastal Zone Management. Maximum depths can be measured to 80 metres, subject to water clarity.
- Email: email@example.com
- Phone: 08 8161 4100
- Web: http://www.fugrolads.com
Developed South Australia, The LADS technology has been continually upgraded to take advantage of advances in industry and science, from the original RANLADS 1 system to the LADS Mk 2, RANLADS 2 and the very latest system LADS Mk 3, which entered service in 2011. Developed from its predecessor systems, the LADS Mk 3 is smaller, lighter and is more efficient to operate while maintaining or improving upon the robust performance features of the LADS technology.