Deep-Sea Exploration
Operation at depths of up to 2,000 meters enables access to deep-sea areas beyond conventional diving methods.
Marine Scientific Research Solutions
Underwater Robotics for Marine Research
Advanced underwater robot technology provides professional support for deep-sea exploration, marine biological research, environmental monitoring, and marine resource development.
2,000 mMaximum stated operating depth
4K ImagingHigh-definition visual documentation
ROV + AUVFlexible research platform options
Solution Overview
Research Platform
ROV and AUV Technical Support
Advanced remotely operated and autonomous underwater systems support marine scientific research in extreme environments. The platforms can perform biological sampling, geological exploration, and environmental monitoring while collecting reliable data for scientific discovery and resource development.
Operational Scope
From Observation to Sampling
Integrated imaging, sensing, navigation, lighting, and task equipment give research teams a practical way to observe, measure, document, and collect underwater targets.
Core Values
Biological Monitoring
High-precision sensors and imaging systems support real-time monitoring and data collection for marine organisms.
Precise Navigation
Advanced underwater navigation and positioning systems support accurate operation in complex marine environments.
High-Definition Imaging
4K camera systems and professional lighting equipment provide clear underwater visual records.
Application Scenarios
The platform supports a wide range of scientific and engineering tasks, from biological observation to seabed mapping and infrastructure inspection.
Life Sciences
Marine Biological Research
Professional tools help marine biologists observe, sample, and study the behavior of deep-sea organisms.
Real-time observation and recording of deep-sea organisms
Precise collection of marine biological samples
Analysis of biological behavior patterns
Assessment of ecosystem health
Earth Sciences
Seabed Geological Exploration
Underwater systems support seabed structure research, mineral exploration, and geological disaster early warning.
Precise mapping of seabed topography
Collection and analysis of geological samples
Investigation of mineral resource distribution
Monitoring of geological structure changes
Inspection of submarine pipelines
Other Application Areas
Submarine Cable Investigation
Offshore Platform Inspection
Underwater Structure Inspection
Environmental Monitoring and Sampling
Sunken Ship and Obstacle Exploration
Professional Support Below the Surface
Widershine underwater robot systems combine mobility, sensing, navigation, imaging, and task capability to support scientific teams across deep-sea research and marine engineering measurement work.