Revolutionizing Underwater Research: SubC Imaging’s Latest Timelapse System
SubC Imaging has unveiled a state-of-the-art Autonomous Timelapse system, designed to provide marine researchers, environmental specialists, and offshore operators with a dependable tool for extensive underwater observation.
Innovative Design for Extended Use
This advanced system is engineered for long-term deployment, featuring a specialized hibernation mode that optimizes battery usage, enabling it to operate continuously for months or even years. Its adaptable design allows for easy integration with various platforms, including drop frames, landers, BRUV systems, and AUVs, making it ideal for diverse research and inspection tasks.
Exceptional Imaging Capabilities
With the ability to capture SD, HD, and 4K video alongside high-resolution 12.3 MP still images, the system ensures outstanding image quality. Users can adjust settings for white balance, exposure, and focus, guaranteeing optimal visual clarity in different underwater environments, which is crucial for obtaining detailed and accurate footage.
User-Friendly Configuration and Data Management
The intuitive software interface and visual script builder allow users to easily set timelapse capture schedules and customize camera settings. Each image is embedded with metadata, such as time stamps and sensor data, facilitating straightforward data association and analysis after missions.
Streamlined data Handling
Robust data management features enable secure, rapid downloads, while customizable file structures enhance data review processes. These functionalities simplify the handling of large datasets, ensuring that critical insights are easily accessible.
Durability and Maintainance Features
Designed for long-term underwater use, the system includes optional biofouling control to preserve lens clarity over time. Its advanced power-saving mode significantly prolongs deployment intervals, minimizing the need for maintenance and manual oversight.
Enhanced Functionality for Diverse Environments
Additional features improve operational capabilities, such as energy-efficient LED lighting for consistent illumination in low-light conditions. Deep red LEDs facilitate discreet species observation without disturbing natural behaviors, while integrated precision lasers provide accurate measurement and scaling. The adaptable power options ensure compatibility with various deployment scenarios, catering to a wide range of operational needs.
Collaborative Growth for Optimal Performance
developed with insights from researchers and field experts, this system emphasizes user-friendliness and reliability. By incorporating feedback from end-users,SubC Imaging has crafted a solution that boosts operational confidence,supports extended missions,and delivers exceptional imaging performance in challenging underwater settings.
