The MiniROV can easily work at the surface and down to 1,000 meters. The MiniROV is small and due to its electric power, it is very quiet compared to a normal-sized ROV, which uses hydraulic power.

In 2015,MBARI researchers and their Mexican colleagues used MBARI’s min-ROV explored a submarine canyon at Cabo Pulmo, near the tip of Baja California. In this photo, a diver swims near the ROV while the research vessel *Rachel Carson* floats in the background.

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Two Monterey Bay Aquarium biologists (left and right) and an MBARI submersible pilot (center) sit in the dark control room of an MBARI research vessel. All three have their backs to the camera while watching a wall of video monitors displaying underwater video, scientific data, and telemetry.

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A deep-sea comb jelly drifts in the water column. The comb jelly was photographed with a three-dimensional imaging system, creating a detailed total-focus, black-and-white image. The comb jelly has a rounded body with eight rows of comb-like plates. Its wide feeding lobes are facing away from the camera. The background is black water.

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Marine operations crew members launch a robotic submersible into the water. The crew members are aboard a research ship on the right-hand side of the frame. The submersible has a yellow float, black frame, and a red mechanical arm, and is equipped with various scientific instruments. A black tether extending offscreen at the top of the frame is connected to a yellow crane on the research ship to lift the submersible from the ship into the water. Marine operations crew members are holding two yellow tethers, one to carry video from the submersible’s cameras and one to stabilize the submersible during deployment. The background is blue ocean and bright-blue sky with scattered streaks of white clouds.

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MiniROV

Additional Information

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