Helicon

Composite part manufacturing has historically been reserved for exquisite, low-volume systems because it depends on scarce, highly trained labor and slow, manual processes. This means existing production methods cannot support the combination of high volume and fast iteration that modern unmanned systems, drones, and robotics companies now need. Companies building air, land, and sea autonomous systems such as quadcopters, VTOL aircraft, ground vehicles, humanoid robots, and underwater vessels face long lead times and limited scale when sourcing composite parts.

Helicon operates a vertically integrated production system designed for high-mix, high-volume manufacturing of composite parts across almost any geometry, load, and application. The company uses a rapid design-to-part workflow that brings lead times down to days rather than months, with listed lead times of 2-6 weeks and minimum order quantities of 10-100 units for materials that are NDAA and Berry compliant. Helicon states that every manufactured part feeds back into its understanding of production through frontier intelligence and bespoke models, positioning data and intelligence as core to its manufacturing process. The site shows a facility (Helicon One in Torrance, CA) currently in a 'Ramping Production & Testing' status, producing parts for use cases spanning quadcopters, delivery VTOL fixed-wing aircraft, unmanned ground vehicles, humanoid robots, unmanned surface vessels, and autonomous underwater vehicles.

The page frames this as a moment where the nation that controls autonomous factories will define the future, arguing that unmanned systems require domestic composite manufacturing at scale that current processes cannot deliver.