SubC Imaging has introduced its Drop Camera System, a complete underwater imaging platform developed for vertical drops, drifting surveys, and no-contact seabed imaging.
The system expands SubC Imaging’s portfolio of underwater survey solutions and is designed to provide marine researchers, environmental consultants, and survey teams with a professional-grade alternative to custom-built drop camera systems.
Built around SubC’s Rayfin camera technology, integrated lighting, and DVR+ software, the Drop Camera System brings proven imaging and recording capabilities together in a ready-to-deploy platform.
Its launch responds to growing demand for straightforward underwater imaging solutions that can be deployed in sensitive marine environments while helping reduce operational complexity during fieldwork.
Many organizations still use custom-fabricated drop frames assembled from separate cameras, lights, and supporting components. Although these systems can be effective, they often require considerable time and technical resources to build, maintain, and operate. At the same time, increased survey work in marine protected areas, coral reef environments, and other sensitive habitats has created a need for tools that help minimize disturbance to the seabed.
SubC Imaging developed the Drop Camera System to address these requirements by combining high-quality imaging, integrated recording, and simplified deployment in a single system.
Engineered for Simple Deployment and High-Quality Imaging
Many customers have historically used SubC cameras, lighting, and software within their own drop camera configurations. The new Drop Camera System integrates these technologies into a professionally engineered frame solution designed specifically for underwater survey applications.
The system is built around a Rayfin Coastal camera with integrated Aquorea LED lighting and onboard DVR+ software. It supports HD and 4K video recording, 12.3-megapixel still image capture, metadata logging, image enhancement, and optional scaling lasers for measurement and sizing tasks.
By bringing imaging, recording, illumination, and data collection into one platform, the system allows operators to reduce time spent integrating equipment and focus more directly on survey data collection.
Supporting No-Contact Imaging in Sensitive Habitats
As environmental monitoring programs grow, many projects are being conducted in locations where reducing seabed disturbance is an important operational consideration.
The Drop Camera System is designed for use where teams require high-quality imagery without deliberately contacting the seafloor. This makes it suitable for coral reef monitoring, marine protected area surveys, habitat assessments, environmental baseline studies, and rapid site investigations.
Its ability to support imagery collection through a no-contact survey approach can help teams meet both operational requirements and environmental stewardship objectives.
Designed for Small Vessels and Field Use
Operational simplicity in field conditions was a key focus in the development of the Drop Camera System.
The platform features a rugged aluminum frame and integrated stabilization tail, helping improve underwater tracking and image consistency during vertical drops, drifting deployments, and slow transects.
To support reliable performance in the field, the frame was engineered and validated through Marine Institute flume tank testing, helping optimize stability and underwater tracking in ocean currents. The system’s compact design enables rapid over-the-side deployment from smaller research vessels, workboats, and vessels of opportunity.
SubC Kevlar Data Cables and BPC, or Boost-Power Comms, technology further simplify deployment by carrying power, video, camera control, and sensor data through a single lightweight connection. This reduces cabling complexity while supporting easier handling and more efficient deployment in field environments.
Adding Flexibility to Underwater Survey Operations
The Drop Camera System complements SubC Imaging’s Tow Camera System by offering an additional option for projects that do not require continuous seafloor tracking or passive altitude control.
For organizations looking for a cost-effective, ready-to-deploy underwater imaging solution, the system provides a balance of image quality, operational simplicity, and deployment flexibility.
As underwater survey requirements continue to evolve, SubC Imaging remains focused on developing imaging solutions that help researchers, environmental consultants, and marine operators collect reliable underwater data across a range of operating environments.
The Drop Camera System is now available as part of SubC Imaging’s underwater imaging and survey solutions portfolio.
