Autonomous
Underwater ROV Drones
{01} — technology and tools
What is an ROV drone?
The USV drone is a remotely operated, unmanned vehicle designed for underwater navigation. Its purpose is the exploration, monitoring, research, or inspection of aquatic environments. Equipped with sensors, cameras, a manipulator, and sonar, it can operate at great depths, providing images and data on the condition of underwater installations or marine life.
Qysea's FiFish drones, with their exceptional maneuverability, stability, and advanced imaging capabilities, are the ideal solution for water industry professionals and underwater adventure enthusiasts.
FIFISH V-EVO
Explore the underwater world with the FIFISH V-EVO drone from QYSEA, featuring 4K recording at 60 fps and an ultra-wide 166-degree lens. Equipped with powerful 5000-lumen LED lights, the V-EVO captures clear images even in dark areas. Designed for depths up to 100 meters and various temperatures, it offers up to 4 hours of underwater operation. Controlled via the FIFISH app or VR goggles, it allows for intuitive navigation and dynamic filming. Perfect for professionals and underwater adventure enthusiasts.
FIFISH E-GO
An underwater robot inspired by shark dynamics, offering exceptional maneuverability and stability in strong currents. The drone is equipped with an advanced 176° ultra-wide-angle camera, which, combined with a powerful 10,000-lumen lighting system, ensures clear images even in darkness.
With dual Q-Interface 3.0 ports, E-GO allows for the simultaneous use of various tools, expanding the range of possible operations. Its modular design enables quick component swaps, enhancing adaptability and reliability during underwater missions. The AI system with automatic target tracking and rapid battery replacement ensures operational efficiency and continuity.
FIFISH W6-PRO
This is an industrial ROV platform designed for depths up to 350 meters, equipped with a new patented Q-motor system featuring 6 engines. It offers enhanced battery efficiency, increased power, and more stable performance in challenging currents. Innovative modular interfaces allow for quick part replacement and seamless switching of accessories with varying functions, ensuring efficient and precise execution of diverse tasks.