The Biomimetic Underwater Robotics Market was valued at USD 3,501.72 million in 2024 and is projected to reach USD 4,351.71 million in 2025 and USD 32,068.41 million by 2034, expanding at a CAGR of 24.8% during the forecast period 2025–2034. Key players include Boston Engineering, Festo, Hydromea, Liquid Robotics, Inc., EvoLogics GmbH, General Dynamics Mission Systems, Inc., the Swiss Federal Institute of Technology in Zurich, Teledyne Marine Technologies Incorporated, Pliant Energy Systems and Blue Robotics Inc.

The report segments the market by type, component (sensors and navigation systems, control and power systems, communication systems, advanced software systems and others) and application (defense and security, commercial exploration, scientific research and others), with Europe the largest market in 2024.

Defense Applications and Maritime Security

Growing maritime security and defense requirements are a central driver. Biomimetic designs let underwater robots operate with stealth and agility, mimicking marine life to avoid detection while gathering intelligence in sensitive areas, and their ability to navigate complex environments, conduct survey missions and detect potential threats makes them an asset for modern naval operations.

In June 2024, the US Navy and DIU launched Project AMMO to improve underwater threat detection, reducing machine learning model update times from six months to days and supporting scalable AI for unmanned underwater vehicles. The integration of AI and advanced sensor technologies improves autonomy, allowing real-time data collection and threat analysis with minimal human intervention. As geopolitical tensions and security challenges rise, adoption is expected to grow in support of military and defense strategies worldwide.

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Commercial Exploration and Offshore Energy

The commercial exploration segment dominated in 2024 owing to rising demand in offshore energy, underwater mining and subsea infrastructure inspection. Industries including oil and gas, renewable energy and aquaculture are using biomimetic robots for deep-sea mapping, asset monitoring and maintenance, and the robots offer superior mobility, energy efficiency and adaptability that enable cost-effective and safer operations compared with conventional underwater vehicles.

The robots facilitate pipeline inspections, environmental assessments and offshore asset monitoring, reducing operational risk and improving data accuracy. Expanding offshore energy production is expected to deepen their role in subsea operations. In March 2022, Verlume and its partners developed robotic fish to improve the efficiency of offshore inspection of submerged infrastructure.

AI and Materials Science Accelerate Capability

Advances in artificial intelligence and materials science are accelerating growth. AI-powered navigation and control systems enable autonomous decision-making, real-time adaptability and greater mission efficiency, reducing the need for human intervention in hazardous conditions. In November 2023, QYSEA Technology launched the FIFISH E-GO, an underwater robot with a modular design and advanced AI capabilities for versatile subsea operations.

Flexible bio-inspired materials that are lightweight improve durability, efficiency and functionality, allowing robots to replicate the movement and structural characteristics of marine life with greater precision. Together, these advances make the systems increasingly viable for complex, long-duration missions across defense, offshore operations and environmental monitoring.

Regional and Competitive Outlook for the Biomimetic Underwater Robotics Market

Europe dominated revenue in 2024, supported by investments in marine research, defense modernization and offshore energy projects, and by strong government support. Asia Pacific is projected to see substantial growth as offshore oil and gas and renewable energy sectors expand and demand rises for subsea inspection and maintenance.

Biomimetic Underwater Robotics Market is competitive strategies include mergers and acquisitions, partnerships with research institutions and defense organizations, and product innovation tailored to industry needs. Global players such as Boston Engineering, EvoLogics GmbH and Festo leverage strong R&D capabilities to develop robots that mimic fish, octopuses and jellyfish. Liquid Robotics, Inc., a wholly owned subsidiary of The Boeing Company, markets wave gliders used across government, defense, scientific, commercial and industrial sectors for ocean observation and environmental monitoring. The report identifies the high cost of development and deployment as a restraint.

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