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Stanford University OceanOne Pricing & Product Details
Ranked Nr. 1 of 33 Humanoid Robot
OceanOne Overview
What is OceanOne?
OceanOne is a bimanual underwater humanoid robot developed by Stanford University to facilitate deep-sea exploration with human-like precision and haptic feedback. Equipped with stereoscopic vision, fully articulated arms, and force sensors, it enables operators to remotely manipulate objects with a sense of touch, making it ideal for underwater archaeology, research, and maintenance in hazardous environments. Its eight thrusters allow precise navigation in complex underwater terrains, offering researchers and scientists a safe, immersive way to interact with delicate underwater artifacts and ecosystems.
What applications is OceanOne product best for?
- Underwater Archaeology: OceanOne excels in exploring historical shipwrecks, such as King Louis XIV’s flagship La Lune, using its advanced vision, haptic feedback, and dexterous manipulation to recover fragile artifacts without human intervention.
- Deep-Sea Research: The robot provides a human-like presence in extreme ocean depths, enabling the study of marine ecosystems, coral reefs, and underwater geology where traditional submersibles lack the required dexterity and precision.
- Hazardous Environment Operations: OceanOne is capable of performing complex tasks in dangerous underwater environments, such as pipeline inspections, nuclear facility maintenance, and offshore infrastructure repairs, reducing human exposure to risks.
- Scientific Experimentation: Equipped with force sensors and stereoscopic vision, OceanOne facilitates controlled experiments in deep-sea conditions, allowing researchers to interact with their environment in real-time through telepresence.
- Disaster Recovery Missions: The robot can be deployed in underwater disaster sites to assess structural damage, retrieve critical objects, and provide visual and haptic feedback for remote operators to plan recovery operations effectively.