Robotic Actuators Company (RAC), a robotics startup developing advanced motion systems for autonomous machines, has raised $350,000 in seed funding to accelerate development of its reconfigurable mobility platform and advance its mission of creating more efficient, powerful, and adaptable robotic systems. The funding provides the company with additional resources to continue building its digital hydraulic transmission technology and support the development of next-generation robots designed for demanding industrial applications.

Founded in 2024, Robotic Actuators Company is developing a motion platform aimed at solving some of the biggest engineering challenges in mobile robotics, including power density, efficiency, endurance, and adaptability. The company is focused on creating actuator and transmission technologies that allow robots to perform complex physical tasks while maintaining the reliability and strength required for real-world deployment.

The seed financing was raised through an early-stage funding round, though the company has not publicly disclosed the names of its investors. Publicly available company information identifies support from HAX, the hard-tech accelerator operated by SOSV, as part of RAC’s early development journey. The company has also been supported through the NVIDIA Inception Program and the Gdańsk Pomeranian Science and Technology Park ecosystem.

Robotic Actuators Company was founded by Tommaso Serra, Ludvig Holmér, and Julian Stachura, with the team combining expertise across robotics, mechanical engineering, and advanced actuation technologies. The company’s founders identified a major limitation in current robotic systems: while electric motors have become increasingly common, many applications still require higher power density, durability, and performance than traditional electric actuation can provide.

RAC is developing a Digital Hydraulic Transmission (DHT) system designed to deliver hydraulic-class power density while maintaining the efficiency and control benefits associated with electric robotics. The technology is intended to provide robots with stronger and more flexible movement capabilities, allowing autonomous machines to operate in environments where conventional robotic platforms may struggle.

The company’s technology is designed for applications including autonomous mobility, industrial automation, logistics, agriculture, construction, and other sectors requiring robust robotic platforms. RAC believes that improving the underlying actuation layer will be critical for enabling a new generation of physical AI systems capable of operating in complex environments.

The newly raised capital will support continued engineering development, prototype refinement, and commercialization efforts. The company plans to use the funding to improve its robotic motion platform, expand testing capabilities, and accelerate partnerships with organizations seeking advanced mobility solutions.

Unlike many robotics companies focused primarily on software intelligence or humanoid designs, RAC is concentrating on the mechanical foundation that enables robots to move effectively. The company views actuators and transmission systems as a critical infrastructure layer for future autonomous machines, similar to how computing hardware supports modern artificial intelligence applications.

Robotic Actuators Company’s approach aligns with the broader growth of the physical AI and robotics sector, where investors and technology companies are increasingly focusing on systems that combine artificial intelligence with real-world mechanical capabilities. As demand increases for automation across manufacturing, logistics, agriculture, and other industries, companies developing more capable robotic hardware are attracting greater attention.

RAC’s platform is designed around the idea that future autonomous machines will require more than advanced software. Robots operating in real-world environments must also have durable mechanical systems capable of handling heavy loads, extended operation, and unpredictable conditions. By developing a new approach to robotic actuation, the company aims to address a foundational challenge in the robotics industry.

The company has also established an engineering presence through the Gdańsk Pomeranian Science and Technology Park, where it benefits from access to technical talent and a deep engineering ecosystem. RAC has highlighted the importance of maintaining specialized hardware expertise as it develops a technology platform requiring significant mechanical and systems engineering knowledge.

The seed funding marks an early milestone for Robotic Actuators Company as it continues developing its technology and moving toward commercial applications. While the company remains in the early stages of growth, its focus on advanced actuation places it within a rapidly expanding robotics market driven by demand for more capable autonomous systems.

With $350,000 in seed financing and support from early-stage technology organizations including HAX, SOSV, NVIDIA Inception Program, and Gdańsk Pomeranian Science and Technology Park, Robotic Actuators Company is positioned to continue advancing its digital hydraulic transmission technology. As industries increasingly adopt robotics for complex physical tasks, RAC aims to provide the motion technology needed to power the next generation of autonomous machines.

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