Build Your PODS Seabed Platforms
PODS Seabed Platforms
Practical Oceanic Deployment Solutions (PODS) seabed platforms have been designed to offer an economical and practical product with a specific focus on reducing operational time, cost and risk.
Stackable Design
The seabed platforms are designed to be stackable in consideration of both transportation and storage. Single pallet transportation of multiple platforms and reduction of required storage space will positively reduce operational and maintenance costs.
Assembly & Maintenance
The 4-point attachment allows for time efficient assembly and servicing, dramatically reducing time requirements in the field and in the workshop. The fixtures negate the need for specialised hardware or tools, and the frame can be easily be constructed by a single user.
Side Apertures
The side apertures have a 2-fold benefit. Firstly by allowing sufficient flow through the platform, deployment and recovery operations are inherently more stable. Secondly the apertures are positioned to allow sufficient access to the holding bracket ensuring simple and time efficient installation or removal of equipment.
Acoustic Release
G4B's Choice
- Single System
- Double System
Underwater Wireless Communication
G4B's Choice
- Single System
- Double System
Surface Satellite Coms.
G4B's Choice
- Single System
- Double System
Current / Waves profiler
G4B's Choice
- Single System
- Double System
Add a Sensor
G4B's Choice
- Water Quality
- Metoceean
- Acoustic
- Other
Add a Sensor
G4B's Choice
- Water Quality
- Metoceean
- Acoustic
- Other
Customise Your Station
PODS Seabed Platforms Customisation Options
- Sensor Options
- Single
- Double
- Sensor Options
- Optional
- Sensor Options
- Optional
- Sensor Options
- Nortek
- Provide your own
- Sensor Options
- Water Quality
- Metoceean
- Acoustic
- Other
Testimonials
What our Clients Say
Frequently Asked Questions
Discover more information about Blue Technology Solutions solving real-world problems across the globe.
What is marine research and why is it important?
Marine research involves studying the ocean, its ecosystems, and marine life to better understand how they function and interact with the planet. This research is crucial for conserving marine biodiversity, mitigating climate change effects, managing sustainable fisheries, and protecting coastal communities from natural disasters.
What tools and technologies are used in marine research?
Marine researchers use a variety of tools and technologies, including remotely operated vehicles (ROVs), underwater drones, satellite imaging, sonar mapping, and oceanographic sensors. These technologies help scientists explore deep-sea environments, monitor water quality, and track marine life in real-time.
How does marine research contribute to combating climate change?
Marine research plays a key role in understanding how oceans absorb carbon dioxide and regulate the Earth’s climate. By studying ocean currents, temperatures, and ecosystems, scientists can predict how climate change will affect marine environments and help develop strategies to protect them.