AI-Powered Autonomy for Subsea Robotics
THE EAGLE RAY DRONES
Precision. Intelligence. Efficiency.
Eagle Ray Robotics develops highly adaptable, ultra-efficient underwater drones engineered for long-endurance missions in defense, offshore energy, and environmental monitoring. Our systems deliver autonomous intelligence gathering, infrastructure inspection, and tactical support across complex maritime domains.
ORB
The ORB features precision maneuverability with passive stabilization and an enclosed thruster system, enabling 360° optimized control with minimal energy use. Its energy-efficient design reduces drag by 90%, extending mission duration and significantly lowering power consumption.
GLIDER RAY
The Glider Ray is designed for ultra-long endurance, using buoyancy-driven propulsion with minimal thruster use to operate autonomously with minimal energy consumption. Its adaptive buoyancy control reduces power use by 90%, dynamically adjusting depth and trajectory for efficient wide-area coverage. An integrated robotic arm enhances its capability for inspections, object interaction, and sample collection.
EAGLE RAY CONSTELLATION OS
Enabling Autonomy with Advanced Sensing
The Eagle Ray Constellation Operating System is a next-generation, multi-drone network that revolutionizes subsea intelligence with sensor fusion and AI-driven coordination. Acting as "the eyes and ears" of our proprietary drones, it enables high-resolution detection, tracking, and adaptive mission execution. By combining data from multiple autonomous drones, it enhances situational awareness, object classification, and real-time decision-making.
MULTI-DRONE SENSOR FUSION
The Eagle Ray Constellation Operating System leverages AI-driven multi-drone coordination, combining data from multiple nodes to enhance detection, tracking, and real-time data processing. This synchronized approach provides higher-resolution imaging and improved target classification, far surpassing traditional single-drone systems.
SELF-HEALING AI NETWORK
Designed for uninterrupted operations, the self-healing AI network autonomously adapts to failures, ensuring mission continuity even if individual drones are compromised. With real-time reconfiguration, the system maintains persistent situational awareness, making it a resilient and scalable solution for complex subsea environments.
