Kraken Sonar Systems Inc.
- marine technology
- Electrical Components-Sensors
- sonar systems
St. John’s NL A1C 6J4
Headquartered in St. John’s, Newfoundland, Kraken Sonar Systems Inc. is a marine technology company engaged in the design and development of high performance sonars and acoustic velocity sensors for military and commercial applications.
The Kraken team includes internationally recognized experts in undersea remote sensing applications.
Our experience includes a long history of research and development of both advanced sonar systems and underwater robotics.
- Email: [email protected]
- Phone: 709.757.5757 ext. 222
- Web: http://www.krakensonar.com
- Fax: 709.757.5858
Until recently, sidescan sonars and multibeam echo-sounders have been the leading technology for detailed imaging and mapping of the seafloor. However, a new technology called Synthetic Aperture Sonar (SAS) provides the capability for ultra-high image resolution of the seabed combined with superior area survey speeds. SAS was initially developed for demanding military applications such as naval mine detection and classification.
As SAS technology becomes more affordable, it’s expected to also find use in commercial markets and become a valuable supplement to, and in some cases, a replacement for existing sonar technology.
Typically, two different sensors have been primarily used to date for seabed mapping - a Side Scan Sonar (SSS) for reflectivity images and a Multibeam Echo-Sounder (MBES) for bathymetric maps. Both of these technologies are limited by their along-track resolution. Another problem is that SSS and MBES often do not cover the same swath. This further decreases the area coverage rate, since most of the areas have to be surveyed multiple times to ensure full coverage.
Combining Synthetic Aperture Sonar (SAS) with interferometric processing solves both of these problems. SAS images have range-independent and frequency-independent resolution and can therefore achieve both high area-coverage rates and ultra-high resolution. This allows measurement out to full range and thus significantly faster seabed imaging and mapping operations.