Underwater refuelling robot concept
In-situ refuelling intended to reduce deck recovery dependence and extend mission persistence.
Modular technology themes are presented as an evolving system architecture without overclaiming frozen specifications.
In-situ refuelling intended to reduce deck recovery dependence and extend mission persistence.
System and fuelling robot designed for helicopter or transport aircraft deployment workflows.
Quiet propulsion and endurance-first mission profiles for persistent evidence collection.
Fuel-cell electric architecture with direct-drive motor and contrarotating prop concept for efficient range extension.
Simple pressure-driven operation concept intended for practical field use.
Low-pressure architecture positioned as a deployment and safety advantage across civil operations.
Includes buoyancy pack system and safety-oriented features for civil deployment credibility.
Payload family overview in development.
Sensor integration variant details to be published.
Mission package and partner payload detail pending confirmation.