Voyis and CGuard to Showcase Stereo Imaging for Mine Countermeasures at REPMUS 2026

Voyis will join partner CGuard at REPMUS 2026 in Portugal to demonstrate how high-resolution underwater optical imaging can support safer, more efficient mine countermeasure operations. The companies will showcase a Voyis Discovery Stereo camera system integrated with CGuard's ROV platform, providing operators with detailed optical imagery and 3D data of underwater objects. The capability aims to support the identification and assessment of objects of interest while reducing the need for personnel in hazardous environments.

 

Details of the Demonstration

 

Voyis is heading to a major NATO exercise. It will attend REPMUS 2026 in Portugal. It will join its partner CGuard there. Together they will demonstrate underwater optical imaging. This aims to support mine countermeasure operations.

The demonstration has a clear focus. It will show how high-resolution imaging helps. This supports safer and more efficient operations. The focus is on mine countermeasure work. This addresses a demanding defence application.

 

The REPMUS Exercise

 

REPMUS is a significant international exercise. It has become a leading event for uncrewed systems. It brings together NATO forces and industry. Academia and technology providers also participate. It explores how autonomous systems transform operations.

The event offers Voyis a valuable platform. It sits at the intersection of several fields. These include underwater robotics and 3D imaging. Maritime defence is the third element. This makes the exercise well suited to the demonstration.

 

The Integrated System

 

The demonstration combines two technologies. Voyis will integrate its Discovery Stereo camera. This connects with CGuard's ROV platform. The combined system serves a clear purpose. It provides detailed imagery and 3D data.

The system offers practical operational benefits. It supplies optical imagery of underwater objects. It also captures the surrounding environment. This supports the identification of objects of interest. It reduces the need for personnel in hazardous areas.

 

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The Value for Mine Countermeasures

 

The capability suits mine countermeasure work well. High-resolution data complements other subsea sensors. It provides visual information for operators. This helps them understand objects better. It also allows them to document conditions.

This supports more informed decision-making. Operators can assess objects more accurately. They can make better decisions as a result. This is particularly valuable in mine countermeasures. The stakes make accurate assessment essential.

 

The Stereo Imaging Advantage

 

The technology adds a new dimension. Traditional inspection often relies on video feeds. Video alone can make assessment challenging. It is hard to judge size, shape and position. Stereo imaging addresses this limitation.

The technology captures synchronised imagery. It uses multiple viewpoints to do this. This generates high-resolution 3D information. Objects can then be viewed and measured in three dimensions. This creates a richer dataset for analysis.

 

Significance for Subsea Defence

 

The demonstration reflects a broader trend. Mine countermeasures are becoming increasingly uncrewed. They are also more autonomous and data-driven. Advanced perception will play a key role. This enables platforms to understand their surroundings.

The collaboration illustrates this direction. It combines optical sensing with uncrewed systems. This expands what is possible underwater. It supports the next generation of defence operations. The demonstration showcases this potential in a realistic setting.