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The Latest Generation of Real-Time 3D Sonar... Reimagined, Reengineered, and Repackaged
® Surface is our latest real-time 3D sonar which offers our unique high resolution, real-time 3D imaging and mapping in a lighter, smaller, and lower cost platform. The first product of our new 4th Generation technology. the Surface benefits from the latest in data and image processing hardware in a package that is 50% lighter, 40% smaller, and has a 30% lower power requirement.
® family of sonars are rated at 600m to serve the needs of ROVs, AUVs, and other similar vessels, the Surface enters a new, distinct market space for shallow water system operations, rated to a depth of 20m. This plug-and-play solution is built around Coda Octopus' unique patented technology to generate a complete 3D model - composed of over 16,000 soundings from every acoustic transmission, refreshed up to 12Hz.
®Surface series is offered in three distinct frequencies, 240/375/630kHz, and can be configured to the customer's specific requirements. This flexibility enables the full range of Echoscope® functions from ultra-high resolution inspection to wide area mapping from a single lightweight and easy to deploy sensor.
®Surface uses the same proprietary technology to generate real-time 3D images and mapping as the larger Echoscope® and is operated using the same familiar topsides Underwater Survey Explorer (USE) and Construction Monitoring Software (CMS) while remaining fully compatible with all our existing 3D hardware products and accessories such as dual and single axis rotators, power supply units, and mounting poles.
®Surface significantly increases the productivity of subsea projects that require the live monitoring of underwater operations, making it an ideal tool for breakwater construction, port security, marine construction, and underwater inspection tasks. By accurately visualising the activity below the surface, this brand new innovation from Coda Octopus increases the efficiency of time-constrained projects as well as the safety of the teams that perform them.