Multi-Camera System
Our system is well-suited for 3D modelling, inspection, and documentation.
System benefits
1. Non-invasive and sustainable: Unlike some other methods, underwater photogrammetry does not disturb or damage the underwater environment. It is a sustainable approach that allows for repeated monitoring without harming the ecosystem.
2. High-resolution Data Acquisition: Underwater photogrammetry can capture high-resolution images and videos, providing detailed information about the structure, composition, and condition of underwater features.
3. 3D Reconstruction and Analysis: Photogrammetry software can generate 3D models of underwater environments, allowing for precise measurements, volume calculations, and detailed analysis of underwater structures and ecosystems.
4. Monitoring and Change Detection: Underwater photogrammetry can be used to monitor changes in underwater environments over time, providing valuable insights into ecosystem dynamics, erosion, and the impact of human activities.
Some areas where our multi-camera system will provail
Offshore
Metrology, inspection and documentation
Inspect and measure underwater structures, pipelines, and equipment for corrosion, damage, or defects.
Aquaculture
Fish population characteristics and structure integrity
Monitor fish farms, underwater crops, and aquaculture facilities.Â
Civil construction
Inspection of quays, piers dams and water reservoirs.
Exploit possible safety and environment risks when damaged. Inspect over time to exploit wear and tear.
Bridges
Inspection of bridges
Exploit possible safety and environment risks when damaged. Inspect over time to exploit wear and tear.
Offshore wind
Metrology, inspection and documentation
Inspection and measurement of underwater structures and structures in air, such as turbine blades.
Ships
Metrology, inspection and documentation
Exploit possible safety and environment risks when damaged. Avoid docking of the ship if not necessary. Â
Defence / Navy
Submarines and vessels
Exploit possible safety and environment risks when damaged. Avoid docking of the ship if not necessary. Â
Anchor Chain inspection
For lifespan improvement
Photogrammetry can be used to improve the efficiency, safety, and accuracy of anchor chain inspection. It is a cost-effective way to inspect anchors chains for offshore platforms and ships.
Marine archaeology
Ship wrecks, plane wrecks etc.
Assist in underwater salvage operations, providing visual guidance for locating and recovering sunken vessels or objects. They also aid in search and rescue operations by helping to locate underwater hazards as well as missing people.
Marine Biology
Observe changes.
Enable the observation and documentation of marine life, underwater ecosystems, and geological formations. This research contributes to a deeper understanding of the ocean and its inhabitants.
Environment
Objects that might pollute the environment.
Providing researchers and scientists with a detailed and comprehensive understanding of marine ecosystems and geological formations. It offers a non-invasive, high-resolution method for capturing and analysing underwater landscapes, enabling the study of coral reefs, shipwrecks, and other underwater features.
Coral reef
Coverage and details
Photogrammetry is used to assess the health and structure of coral reefs, providing data on coral cover, species composition, and damage caused by bleaching or human activities.