The integration of Voyis imaging systems with the MarineNav Oceanus Ultimate ROV combines real-time 3D perception, high-resolution video, and precise vehicle control to support underwater inspection operations, particularly in confined and hard-to-access environments.
By incorporating the Voyis Discovery Inspection Series Stereo Camera and Observer Vision Series Camera, the ROV provides operators with both spatial measurement capabilities and visual information for piloting, navigation, and detailed subsea inspections.
Precise ROV Maneuverability for Complex Inspections
The MarineNav Oceanus Ultimate ROV, described by MarineNav as its most advanced platform, features an eight-thruster, vectorized configuration that supports precise maneuverability and sustained pitch and roll control.
This configuration enables operators to position and orient the vehicle for inspection tasks where stability and access are important considerations. The ability to maintain specific orientations is particularly useful when examining underwater structures or operating in restricted spaces.
The platform’s maneuverability is complemented by integrated optical systems that provide different types of visual information for subsea operations.
Combining 3D Stereo Imaging with Piloting Video
The Voyis Discovery Inspection Series Stereo Camera provides real-time subsea 3D perception and supports accurate, repeatable measurements during underwater inspections.
These capabilities allow operators to collect quantifiable spatial data alongside detailed visual documentation, supporting offshore inspection workflows that require more than conventional video observations.
The Voyis Observer Vision Series Camera provides high-quality video for piloting and general navigation, improving situational awareness as operators maneuver the ROV.
Integrating the two imaging systems allows operators to use the Observer camera for navigation and vehicle awareness while drawing on the Discovery Stereo camera for 3D perception and measurement tasks.
The combination of high-resolution imaging, spatial information, and controlled vehicle positioning supports more efficient data collection and greater confidence in inspection results.
Adaptive Controls and Vehicle Stabilization
MarineNav’s adaptive control system provides additional functionality when operating with multiple camera perspectives.
The controls automatically adjust according to the selected camera view, allowing operators to switch between perspectives without having to reorient their control inputs. This supports more intuitive vehicle handling when transitioning between navigation and inspection activities.
The ROV also incorporates auto-stabilization functionality, enabling it to maintain its position when precise data capture is required.
Together with the vehicle’s sustained pitch and roll control, these features help operators manage vehicle positioning and orientation while collecting visual and spatial inspection data.
Integrating Optical Data and ROV Control
The integration of Voyis imaging technology with the MarineNav Oceanus Ultimate ROV demonstrates how complementary camera systems and maneuverable underwater vehicles can support inspection workflows requiring both visual awareness and quantitative measurements.
Real-time 3D perception, repeatable measurement capability, high-quality piloting video, and adaptive vehicle controls provide operators with multiple sources of information for navigating challenging underwater environments and documenting inspection targets.
The integration also illustrates the compatibility of Voyis optical technologies with different subsea vehicle platforms, supporting the use of combined imaging and control capabilities across underwater inspection applications.
Read Integration Spotlight: Voyis & MarineNav Oceanus Ultimate ROV on the Voyis website.
