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About Us
Radio Survey
Vessel information modeling (VIM)
Vessel information modeling (VIM)
A marine technology survey (Radio Survey) is an assessment of the navigation and communication equipment systems on a marine vessel, such as a ship or boat, to ensure that they meet the requirements as set forth by international and national regulations. The purpose of a marine technology survey is to verify that the vessel's equipment a
A marine technology survey (Radio Survey) is an assessment of the navigation and communication equipment systems on a marine vessel, such as a ship or boat, to ensure that they meet the requirements as set forth by international and national regulations. The purpose of a marine technology survey is to verify that the vessel's equipment and systems are in good working condition, are properly installed and maintained, and are in compliance with regulatory requirements for safety and reliability.
Vessel information modeling (VIM)
Vessel information modeling (VIM)
Vessel information modeling (VIM)
Vessel information modeling is a process of creating and managing digital representations of physical and functional characteristics of a vessel. It uses 3D modeling scanning and software to simulate the construction and operation of a vessel, allowing architects, engineers, contractors, and facility managers to collaborate and make infor
Vessel information modeling is a process of creating and managing digital representations of physical and functional characteristics of a vessel. It uses 3D modeling scanning and software to simulate the construction and operation of a vessel, allowing architects, engineers, contractors, and facility managers to collaborate and make informed decisions throughout the building lifecycle. VIM helps to improve design accuracy, reduce construction errors and rework, and increase overall efficiency and sustainability of the building process.
Maritime incident investigations
Vessel information modeling (VIM)
Maritime incident investigations
3D laser scanning technology provides high-precision, high-resolution data that can be used to create accurate 3D models of the physical features of marine accidents, such as ships, boats, and marine structures. This data can then be analyzed to help determine the cause of an accident and to support investigations, legal proceedings, and
3D laser scanning technology provides high-precision, high-resolution data that can be used to create accurate 3D models of the physical features of marine accidents, such as ships, boats, and marine structures. This data can then be analyzed to help determine the cause of an accident and to support investigations, legal proceedings, and insurance claims.
3D laser scanning can be used to quickly and accurately capture and document the physical conditions at an accident scene, even in challenging environments such as on water or in bad weather conditions. This data can then be used to create virtual models of the accident scene, which can be manipulated and analyzed to help determine the cause of the accident.
In addition to helping with accident reconstruction, 3D laser scanning can also be used in the marine industry for a variety of other applications, such as hull and deck inspections, survey and mapping, and load and stress testing.
Our Partners
Accident scene preservation and investigations
On scene investigations
On scene preservation is paramount to making a actionable case. Our team is available 24/7 to be dispatched to a scene on your behalf.
3D laser scanning
Vessel asset measurements and preservation are done by utilizing high resolution cameras and 3D laser scanners.
GPS data interpretation
The downloads of a vessels GPS, Engine ECU and Vessel data Recorders are critical to recreate a critical incident. Sometime its one shot then the data will be lost. Aquatic Navigation has the experience and technical knowledge to capture that important data.