At the 2023 Consumer Electronics Show (CES), there was a dedicated theme of Robotic & Drones, where drones were undoubtedly a hot topic.
But beyond the drones that fly in the sky, there are also underwater drones. They can be applied to industries such as underwater photography and diving, underwater emergency rescue, ship hull and dock inspections, fishery aquaculture, water conservancy and hydropower, scientific research and exploration, and offshore wind power facility inspections. They bring consumers a new way and fun to explore the depths of the ocean, while also reducing labor costs, improving operational efficiency, enhancing comprehensive resource utilization, saving energy, reducing emissions, and lowering enterprise costs. These remotely controlled devices are reshaping and revolutionizing entire industries. We will delve into how ROVs (Remotely Operated Vehicles) are making underwater exploration easier.
ROVs are rapidly becoming a key player in industrial applications worldwide. Thanks to their versatility and cutting-edge technology, ROVs are completely reshaping industry solutions.
One of the biggest advantages of using ROVs is their ability to reach areas inaccessible to humans. Compared to human divers, they can conduct deeper and more extensive observations. Furthermore, because ROVs can move more freely than human divers, they are better able to inspect large areas quickly and safely. This helps researchers learn more about complex environments than ever before.
CHASING's P-series underwater robots are equipped with 8 vector thrusters, enabling 360-degree omnidirectional movement. The ROV supports a maximum speed of 3 knots, can dive to a depth of 200 meters, and operate within a horizontal radius of up to 400 meters.
What are the benefits of using CHASING ROVs in industrial operations? One of the most significant is their ability to improve safety standards: through remote fully automated operation, [CHASING underwater robots] avoid accidents or injuries caused by humans. In addition, by reducing labor costs, CHASING underwater robots can lower the overall costs of companies that rely heavily on manual labor.
In the consumer market, CHASING underwater drones are quickly becoming a treasure tool for underwater photography enthusiasts. Underwater drones allow divers to easily capture stunning images and videos underwater.
First and foremost, for diving enthusiasts and underwater photographers, the ability to use underwater drones is extremely useful. [Gladius MINI] and [MINI S] can reach a diving depth of 100 meters—they can capture scenes that are incomparable by other means. Additionally, the Gladius series underwater drones are equipped with 5 thrusters, enabling precise movement and control. This means you can take photos or videos from different angles or positions, which is almost impossible for a diver to achieve alone.
What are you waiting for? Now is the perfect time to start using this underwater equipment! CHASING underwater robots and drones are equipped with a 4K ultra-high-definition camera, EIS anti-shake function, and LED fill lights. The independently developed mobile application supports convenient human-machine interaction, including live streaming, real-time social media sharing, and multi-device access. With such powerful features, there’s no reason for you to hesitate!
