Forcys, a provider of integrated maritime solutions for defense applications, supports the development and integration of advanced sensing and imaging capabilities for autonomous underwater systems. Read more >>
In one recent case, the company contributed to a project demonstrating how compact AUV platforms can be equipped with high-performance optical payloads despite significant space and deployment constraints.
Compact AUV Deployment with Expanding Payload Requirements
The increasing use of small Autonomous Underwater Vehicles (AUVs) in expeditionary operations has introduced new demands on payload capability. Systems deployed from RHIBs or similarly confined platforms must remain low-logistics and suitable for single-operator use, while still supporting advanced sensing technologies.
In January 2022, a number of Light Autonomous Underwater Vehicles manufactured by OceanScan-MST were delivered to the Danish Navy’s Frederikshavn naval base. Although compact, these AUVs were required to accommodate payloads typically associated with larger systems.
The Challenge of Integrating Advanced Optical Systems
The requirement in this case was to equip the AUVs with next-generation 4K digital still cameras and 3D laser systems. Integrating this equipment into a platform already populated with sonar payloads and navigation instruments presented a significant challenge.
Available space was limited, and any additional systems needed to be compatible with the existing configuration while maintaining overall platform performance.
A Collaborative Integration Approach
To address this, Voyis provided its optical technology, including the Recon LS system, and worked closely with OceanScan-MST to understand the platform constraints and develop a suitable mechanical integration approach. Forcys supported this effort as part of a broader partner collaboration focused on delivering an integrated solution.
An OEM version of the Recon LS was developed, with components supplied for precise integration into the AUV. Careful attention was given to installation, as correct positioning is essential to ensure the system delivers optimal illumination performance.
Delivering Enhanced Detection and Operational Efficiency
The result was a Light Autonomous Underwater Vehicle equipped with an identification capability, enabling each system to detect contacts using a combined sonar and laser approach and to reacquire them using the same vehicle.
This approach supports improved probability of detection, increased area-coverage rates, and higher mission tempo. The high-fidelity imaging capability also enables the platform to support applications beyond mine countermeasures.
Forcys continues to work with technology partners to support the integration of advanced capabilities into underwater platforms, helping address the operational challenges associated with modern expeditionary missions.
