Closing the gap from prototype to constellation production
Many advanced manufacturing approaches work beautifully at prototype level but are difficult to scale. Horizon is building its space activity around a different objective, a manufacturing route that supports rapid development, qualification, and repeatable production without forcing customers to change process when volumes rise.
Prototype fast
RF and payload development teams need to explore geometry and practically achievable tolerances quickly. Horizon’s polymer micro-AM route allows CAD and simulation-led concepts to become physical, metallisable components without committing to hard tooling or long conventional manufacturing cycles.
Prototype with the process you intend to scale with
A prototype does not have to be made one way and the production component another.
Horizon can produce one-off and development hardware using the same fundamental polymer materials, printing process, metallisation and coating architecture intended for serial production. When formal qualification begins, the materials and manufacturing process can therefore already be representative of those intended for the eventual production component.
That removes a process-transfer step between development and production and reduces the uncertainties related to late redesign, re-engineering or additional qualification work caused by changing how the component is manufactured.
Scale through print-and-coat manufacturing
Horizon is industrialising the complete print-and-coat workflow for repeat production, including controlled printing, batch-capable coating, process control and verification. The objective is a manufacturing route capable of retaining the geometric, material and functional characteristics established during development as production volumes increase.
Build the European space supply chain
Horizon’s work also supports a wider strategic requirement: resilient, independent, European capability for advanced satellite hardware. By industrialising metallised polymer micro-AM for passive RF components, Horizon aims to contribute to a supply chain that is faster, more flexible and better suited to New Space economics.
Where does your current production route start to become limiting?
Scaling becomes a different problem when a component once required in tens is suddenly needed in thousands. Mass accumulates. Machining cost multiplies. Procurement lead times become programme constraints. What was economically tolerable at low volume may become increasingly unattractive.
If that describes one of your components, this is the point at which a different manufacturing architecture deserves consideration. Shielding housings, RF enclosures and selected antenna, feed, waveguide and other passive RF components can all present opportunities where going from machined or printed bulk metal to 3D printed, metallized polymer creates measurable advantages in mass, cost, manufacturability or integration.
The opportunity is not additive manufacturing for its own sake. It is a manufacturing route capable of remaining technically and economically credible as the programme scales.
Does your component become too heavy, too expensive or too difficult to manufacture when the quantities move from tens to thousands? Bring it to Horizon.
We can explore whether a metal-polymer hybrid architecture can change the mass, manufacturing economics or scalability of the part before the production route becomes locked in.