Tentacle-like underwater robotic will make offshore inspections safer and extra exact, say creators



rope-like appendage hangs from upright scientific laboratory mounting equipment with wires and other components visible nearby, while a woman is visible in the middle distance wearing a pink garment
The tender robotic tentacle, pictured on show on the 2025 Goodwood Competition of Pace, will likely be showcased on the UK Robotics Expo on 18 September.

A tentacle-like underwater robotic that its creators say can safely work together with offshore buildings is being primed for a job within the inspection and upkeep of subsea infrastructure.

Developed by means of a collaboration between the UK’s Nationwide Robotarium and Brazilian expertise agency Senai Cimatec, the 1-metre-long versatile manipulator incorporates a tender, flexible design that conforms to buildings throughout contact. This affords vital benefits over standard inflexible manipulators when working close to delicate or complicated subsea gear.

The breakthrough addresses key challenges in offshore inspection, the place subsea pipelines and gear at depths reaching almost 3000m have to be repeatedly checked to make sure security and stop expensive failures. With offshore infrastructure decommissioning prices estimated at over $100 billion by 2030, extending the secure operational lifetime of current pipelines and gear delivers each vital financial financial savings and reduces environmental impression.

The robotic, which has been designed and developed by engineers on the Nationwide Robotarium, the UK’s centre for robotics and AI at Heriot-Watt College, works by combining a versatile spine with a system of tendon-like cables that management its motion. Particular sensors assist it perceive its place and form underwater, permitting the robotic to make exact actions even in turbulent situations. This makes it superb for deploying from underwater autos to examine offshore wind farms, in addition to different offshore power and marine infrastructure.

Exams carried out on the Nationwide Robotarium’s wave tank facility present the robotic can place its tentacle-like arm with outstanding accuracy and keep stability when subjected to exterior forces of as much as 300g. Even when deliberately disturbed, it may possibly appropriate its place and return to the specified state inside seconds – an important functionality for operation in unpredictable ocean environments.

Rowanne Miller, Venture Supervisor on the Nationwide Robotarium, stated: “This breakthrough represents a major milestone for the Nationwide Robotarium, showcasing our complete end-to-end mission supply capabilities. Our group has taken this modern underwater robotic from preliminary idea by means of design and growth to profitable testing in real-world situations. What makes this significantly thrilling is that we’ve created an answer that doesn’t simply incrementally enhance current expertise – it basically modifications how we will strategy underwater inspection duties, opening up new potentialities for safer, extra exact interplay with essential subsea infrastructure and probably reworking how we keep and shield our offshore property for many years to return.”

Lucas Silva, Lead Researcher at SENAI CIMATEC, stated: “We labored along with the Nationwide Robotarium to conceive an modern tackle underwater manipulation, opening up new use instances for the trade. This new department of growth represents an essential and disruptive improve to our robotics growth roadmap, and the seamless cooperation with The Nationwide Robotarium performed a key function on this new achievement, setting new requirements for future worldwide partnerships”.

The expertise is primarily aimed toward offshore power corporations, underwater inspection service suppliers, and operators of subsea infrastructure who conduct common security assessments. Conventional inspection strategies usually require giant vessels and human divers, creating each security hazards and vital carbon footprints. It’s hoped the ground-breaking innovation might allow smaller underwater autos to carry out refined inspection duties, considerably decreasing operational prices whereas enhancing personnel security and environmental sustainability.

The mission demonstrates how tender robotics – sometimes developed at small scales for delicate duties – might be efficiently scaled as much as remedy real-world engineering challenges in demanding environments.

The tender robotic tentacle will likely be on show on the inaugural UK Robotics Expo, happening at The Nationwide Robotarium on Thursday 18 September.

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