Radar chart by DeepWater Exploration (DWE.ai) comparing Stereo Cameras (like our stellarHD line ) against Laser Scanners and Imaging Sonars for maritime robotics applications. The chart highlights stereo cameras' advantages in energy efficiency, affordability, color detection, and classification, making them ideal for ROV, AUV, and ASV systems requiring rich spatial data and visual perception for tasks like underwater surveys and autonomous navigation.

Why Stereo Vision?

Stereo vision excels in detailed 3D visual representation and is more cost-effective and compact than laser scanners. By comparing images from two cameras, it calculates depth accurately, enhancing classification and detection tasks. This makes it ideal for precise navigation and object recognition, particularly in water conditions where high detail is crucial.

Image representing DeepWater Exploration's (DWE.ai) stellarHD subsea machine vision camera  equipped with the advanced Aquagon™ non-distorting lens. This combination delivers exceptional image clarity, sharpness, and minimal distortion, crucial for precision-dependent maritime robotics applications such as ROV, AUV, and ASV-based underwater surveys, computer vision tasks, and detailed subsea inspections. Features like DGS™ Multi-Coating further enhance performance in challenging light conditions.

The Best in One Package

Leveraging our nanosecond-synchronized, global shutter cameras operating at 60 FPS with Aquagon Optics, we guarantee that our stereo camera delivers superior performance and output quality compared to our competitors.