Helicon builds autonomous manufacturing cells and Argos software to mass-produce carbon-fiber composite parts for unmanned systems, robotics, and aerospace. The system combines automated factories with software control to replace manual layup, delivering cycle times under 15 minutes and lead times around two weeks. The production layout uses robot-friendly materials and processes and is deployed as autonomous factories rather than hand-built workflows, setting it apart from traditional composites. The goal is to scale manufacturing, engineering, and operations to bring carbon-fiber parts to market faster and more reliably, supported by seed funding to expand capacity.
Company Size
1-10
Company Stage
Early VC
Total Funding
$15.4M
Headquarters
Los Angeles, California
Founded
N/A
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Meal Benefits
Spanish aerospace engineer Edmundo Sanz-Gadea has raised €14 million (US$16 million) for Helicon, an AI and robotics startup automating industrial manufacturing. The funding round was led by New York-based venture capital firm AlleyCorp. Helicon, co-founded with Alex Nieahaus in California, focuses on automating production of composite materials like carbon fibre. The company will use the capital to build a factory in Los Angeles and purchase industrial equipment. Sanz-Gadea explains that conventional production processes are highly manual and slow. With growing demand from manufacturers of drones and unmanned aerospace systems, more automated plants using AI and robotics are needed to speed up production. The Los Angeles facility should be operational within a year. Helicon plans to replicate this automated factory model in Europe, helping reduce dependence on Chinese manufacturers and supporting sovereign supply chains.