We are roboticists, engineers, and builders,
driven to solve the hardest problems.
We set out to create advanced, human-like robotics, and discovered the barriers — complexity, cost, and scalability. Every step of the traditional manufacturing process was a bottleneck.
Designing complex robotic bodies required months of engineering time. Production demanded specialist teams and expensive tooling. Scaling meant sacrificing the very qualities that made the designs powerful.
So we changed the tools themselves.
Now we're building what we wished we had — better tools to build better robots of all kinds.
To fully automate the design and production of complex robotic bodies, removing every barrier that stands between an idea and a functioning robot. We believe advanced robotics should be accessible to any team, anywhere.
A world where robots can be designed and produced as easily as software — where the full range of human physical capability can be replicated, augmented, and deployed at scale. Robots that are soft to the touch, reliable in action, built for people.
We don't iterate on existing manufacturing methods. We replace them. Our 3D Tissue Braiding platform is a fundamentally different approach — producing monolithic robotic bodies in a single automated process at any scale and complexity.
The robotics industry is at an inflection point.
Despite decades of advances in robotics software, the physical manufacturing process remains largely manual, expensive, and slow. Complex robotic bodies still take months to produce.
Software for robotics has advanced exponentially. Hardware production has not kept pace. The bottleneck is not intelligence — it's bodies. We solve the hardware production problem.
Demand for advanced, human-compatible robots is surging across healthcare, logistics, manufacturing, and consumer applications. The missing piece has always been scalable, affordable production.
One platform. Infinite configurations. Zero assembly compromises.
Traditional robotic body manufacturing requires assembling dozens or hundreds of individual components — each joint a potential point of failure, each assembly step a source of time and cost. Our 3D Tissue Braiding technology produces the entire robotic body as a single monolithic structure.
Pulleys, guides, and routing channels are woven directly into the structure during production. Tendon paths are integrated from the start. The result is a body with no weakpoints at junctions, uniform stress distribution across the entire structure, and mechanical properties that traditional manufacturing simply cannot achieve.
Our second-generation machinery delivers 5x faster production speeds, 2x smaller machine footprint, and 3x greater resolution in yarn count — enabling product categories that were previously impossible to manufacture at any price point.
Visionaries Club is one of Europe's leading early-stage deep tech venture firms, backing founders building transformative technology.
Seed Investor — 2025