DeepDive (ROMAR) is engineered to meet the operational demands of modern subsea maintenance and marine research. Built by Xera Robotics, this underwater robot combines precision control, modular design, and field-ready durability, making it one of the most effective solutions available today for underwater inspection and data collection.
High-Performance Underwater Drone Capabilities
As a best-in-class underwater drone, DeepDive (ROMAR) delivers exceptional maneuverability and stability in challenging subsea conditions. Its multi-thruster configuration enables smooth navigation, accurate depth control, and reliable station-keeping, even in strong currents or confined underwater spaces.
The system's responsive control allows operators to perform close-range inspections without disturbing surrounding structures or marine environments. This level of control is essential for capturing high-quality visual data and conducting detailed assessments.
Reliable Underwater Robot for Subsea Maintenance
DeepDive (ROMAR) is purpose-built for regular and preventive maintenance tasks. The underwater robot supports real-time inspection of critical assets, reducing reliance on divers and minimizing operational risks.
Key maintenance applications include:
- Offshore pipeline and cable inspection
- Underwater bridge pier and foundation surveys
- Dam and hydropower structure assessments
- Port, jetty, and quay wall inspections
By identifying corrosion, cracks, marine growth, and structural anomalies early, DeepDive enables faster maintenance decisions and helps extend asset life cycles.
Advanced Imaging and Sensor Integration
The underwater robot is equipped to support high-definition cameras and sonar systems, ensuring reliable operation in both clear and low-visibility waters. These capabilities allow DeepDive (ROMAR) to capture detailed imagery and spatial data, critical for accurate inspection reports and analysis.
Its modular sensor support enables seamless integration of additional payloads such as environmental sensors, making it suitable for both industrial and research missions.
Supporting Marine Research and Environmental Monitoring
DeepDive (ROMAR) is also widely applicable in marine research, where consistency and minimal disturbance are crucial. The underwater drone can be configured for scientific data collection, enabling researchers to conduct surveys and monitoring with high repeatability.
Common research use cases include:
- Marine habitat and biodiversity studies
- Sediment and water quality monitoring
- Underwater mapping and documentation
- Long-term environmental observation
The robot's stable platform ensures dependable data collection across repeated missions.
Operational Efficiency and Safety Advantages
Replacing traditional diver-based inspections with DeepDive (ROMAR) significantly improves safety and cost efficiency. Remote operation reduces human exposure to hazardous underwater conditions while allowing longer and more frequent inspection cycles.
Operational benefits include:
- Rapid deployment and retrieval
- Lower inspection and maintenance costs
- Reduced downtime for critical infrastructure
- Consistent performance in harsh underwater environments
These advantages position DeepDive as a dependable underwater robot for both routine and complex subsea operations.
Xera Robotics' Engineering Focus
Xera Robotics designs underwater robotic systems with a strong emphasis on real-world usability. DeepDive (ROMAR) reflects this philosophy through its rugged construction, modular flexibility, and ease of operation.
By delivering a scalable and mission-ready underwater drone, Xera Robotics provides industries and research organizations with a practical solution for long-term subsea maintenance and exploration.