EMILY Rescue Robot – Hydronalix :: Robotic Water Rescue Systems

EMILY Rescue Robot (operated by Hydronalix) is a pioneering American company specializing in robotic water rescue systems. The company was founded to develop innovative, remote-controlled unmanned surface vehicles (USVs) designed to save lives in dangerous aquatic environments where traditional human rescues are too slow or too risky. EMILY (Emergency Integrated Lifesaving Lanyard) was invented in 2010 and has since become a globally recognized tool for lifeguards, first responders, and emergency teams. The company is based in Green Valley, Arizona.

EMILY robots are compact, powerful, and highly portable unmanned rescue buoys that can be rapidly deployed from shore, boat, pier, or helicopter. They are engineered to operate in rough surf, strong currents, rivers, oceans, and flood conditions, reaching victims significantly faster than a human swimmer. Once at the scene, the robot serves as a flotation device, allowing multiple people to hold on while being towed to safety.

Key Robot-Based Products:

• EMILY Standard: The core remote-controlled rescue buoy. It reaches speeds up to 22 mph (35 km/h), weighs approximately 25–80 lbs depending on the model, and can support 4–6 people. It features a powerful impeller/jet drive, two-way radio communication, live video camera, lights for night operations, and high durability in extreme conditions.
• Specialized Variants: The company offers models optimized for different environments, including swift water rescue, beach/ocean rescue, flood response, and search & recovery missions using sonar technology.
• Advanced Features: Many models include thermal imaging integration, AI-assisted navigation upgrades, and compatibility with drones for large-scale rescue operations. The robots are designed for rapid deployment and can operate in conditions too hazardous for human rescuers.

EMILY robots have been deployed worldwide, including high-profile rescues during migrant crossings in the Aegean Sea and various beach, river, and flood emergencies. They serve as both preventative tools and active rescue assets for lifeguard teams, fire departments, police, coast guards, and humanitarian organizations. Hydronalix continues to innovate with AI enhancements and integrated drone systems to improve large-scale disaster response capabilities.