The Autonomous Subsea Programmable Camera System delivers a reliable and efficient solution for capturing high-quality visual data in underwater environments. Designed for autonomous operations, this advanced camera system is ideal for deployment with drop frames, baited or unbaited landers, autonomous underwater vehicles (AUVs), and other marine platforms.
By eliminating the need for expensive cabling and infrastructure, the system significantly reduces operational costs while providing unmatched versatility. With customizable power and battery configurations, it ensures optimal performance tailored to the unique demands of your mission.
- Complete Time-Lapse System
Achieve precise and consistent data capture with an integrated time-lapse functionality, enabling long-term monitoring of subsea environments. This feature is ideal for ecological surveys, sediment transport studies, and habitat assessments. - Tailored Power Supply
The system is equipped with adaptable power solutions, including internal batteries and external configurations, to meet a wide range of deployment requirements. Power options are engineered for maximum efficiency, ensuring uninterrupted operation across diverse underwater conditions. - Extended Deployments with Hibernation Hardware
Innovative low-power hibernation technology enhances deployment durations, allowing for extended missions without frequent servicing. This capability ensures sustained data collection in challenging or remote subsea locations.
The Autonomous Subsea Programmable Camera System is designed to excel in a variety of ocean science and marine research applications:
- Marine Biology and Ecology: Monitor aquatic life in situ with minimal disturbance, supporting baited and unbaited observation setups.
- Oceanographic Research: Collect time-lapse imagery for studying physical and chemical changes in marine environments.
- Infrastructure Inspection: Support autonomous inspection of subsea structures, pipelines, or installations in regions where access is limited.
Built for dependability and adaptability, this system empowers researchers, environmental engineers, and oceanographers to capture critical underwater imagery with precision and efficiency. Its robust design and advanced features redefine autonomous subsea imaging, delivering superior performance across diverse underwater missions.
