Skip to content
For WHOI personnel, vendors, and visitors: COVID-19 Guidelines

Underwater Vehicles


The Rise of Orpheus

orpheus

WHOI’s new deep-sea autonomous underwater vehicle moves one step closer to exploring the hadal zone—the deepest region of the ocean—to search for new clues about the limits of life on Earth, and possibly beyond.

Read More

The hive mind behind a swarm of submersibles

The vastness of our oceans demands extensive study methods. Erin Fischell, an assistant scientist in the Department of Applied Ocean Physics and Engineering, has been experimenting with a swarm of autonomous underwater vehicles that aim to both minimize cost and maximize the scope of scientific assessment at sea.

Read More

The Rise of Orpheus (Part 2)

orpheus

WHOI’s new deep-sea autonomous underwater vehicle moves one step closer to exploring the hadal zone—the deepest region of the ocean—to search for new clues about the limits of life on Earth, and possibly beyond.

Read More

The Rise of Orpheus (Part 1)

WHOI’s new deep-sea autonomous underwater vehicle moves one step closer to exploring the hadal zone—the deepest region of the ocean—to search for new clues about the limits of life on Earth, and possibly beyond.

Read More

Rapid Response at Sea

As sea ice continues to melt in the Arctic and oil exploration expands in the region, the possibility of an oil spill occurring under ice is higher than ever. To help first responders cope with oil trapped under ice, ocean engineers are developing undersea vehicles that can map oil spills to improve situational awareness and decision making during an emergency.

Read More

Underwater robots swarm the ocean

Robot Swarm

Researchers test a new, acoustic-based navigation system to solve a problem that oceanographers have grappled with for years—getting multiple underwater robots to monitor the ocean cooperatively in swarm-like fashion.

Read More