AI-Powered Autonomy for Subsea Robotics
THE EAGLE RAY DRONES
Precision. Intelligence. Efficiency.
Eagle Ray Robotics develops highly adaptable, ultra-efficient underwater drones designed for multi-domain endurance, intelligence gathering, and tactical operations.
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
Enabling Autonomy with Advanced Sensing
The Eagle Ray Constellation 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 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.
