Chasing Innovation redefines the concept of mini ROVs (remotely operated vehicles) by incorporating a underwater inspection device called Chasing Xwhich resembles a submersible quadcopter, specialized in the underwater inspection of structures such as ship hulls, bridge piles and the supervision of aquaculture projects. This device can even perform captures when necessary.
Innovative underwater inspection device
It is important to mention that the Chasing X outperforms the Gladius Mini and M2 devices without sacrificing design, thanks to an innovative configuration of its electric motors.
The unique arrangement of eight thrusters grouped in four pairs, each combining a vertical/side thruster with a front/rear thruster, facilitates smooth, omnidirectional 360-degree travel. This design optimizes the main structure of the ROV made of carbon fiber, to be both open and aerodynamic, reducing drag in the water.
The thrusters allow the Chasing X to reach a maximum speed of 7.4 km/h forward and 3.7 km/h laterally, in addition to diving to a depth of 350 meters.
Controlled remotely by an operator from the surface via a communication cable, the Chasing X sends real-time images through its 4K/30 fps camera, which is enhanced in low light conditions by two powerful spotlights with a combined output of 12,000 lumens. Users also have the option of equipping it with a downward-facing electronic 4K camera for immersive 360-degree captures.
Other components
Optional additions include a mechanical arm for grasping objects, a 3D imaging probe module, a USBL acoustic positioning system, a laser ruler for underwater measurements, and a water sample collector. The Chasing X ‘s 1,000 Wh lithium battery promises up to two hours of autonomy, although it can also operate on continuous power supplied from the surface.
Officially unveiled at the Oceanology International show in London last week, the Chasing X is expected to be available for purchase in the last quarter of the year, at which time pricing will be revealed.
Beyond its use in surveys and aquaculture operations, the Chasing X represents a leap forward in marine research and conservation. Its ability to sample water and make accurate underwater measurements opens new doors for the study of marine ecosystems, potentially contributing to conservation efforts and a greater understanding of our planet’s oceans.
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Source and photo: newatlas.com
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