ADVANCED MECHANICAL AND OPTICAL SYSTEMS SA

Their core work

AMOS is a Belgian precision optics and opto-mechanical systems company that designs and manufactures advanced optical components — notably freeform mirrors and wide field-of-view imaging systems — for demanding scientific and space applications. In the SOLARNET project they contributed specialized optical instrumentation to ground-based solar telescope infrastructure, while in VIDEO they developed freeform mirror systems enabling high-resolution video imaging from small Earth observation satellites. Their manufacturing capability includes low-CTE aluminum-silicon (AlSi) structures produced via additive manufacturing, a technique that allows complex geometries while maintaining dimensional stability in space environments. They operate at the intersection of precision optics, advanced materials, and space engineering — a rare combination among European SMEs.

What they specialise in

How they've shifted over time

Both H2020 projects started in 2019, so there is no meaningful multi-year temporal arc to analyze — AMOS entered the H2020 programme at a single point in time with two simultaneous participations. What the keyword contrast between SOLARNET and VIDEO does reveal is a deliberate dual-domain strategy: one track serving ground-based scientific infrastructure (solar astrophysics, magnetism, radiation measurement), the other serving commercial-leaning space applications (satellite constellations, video monitoring, additive manufacturing). The VIDEO track carries stronger commercial signals — additive manufacturing, constellation markets, wide-scene video — suggesting AMOS was already pivoting part of its attention from pure science instrumentation toward the emerging new-space supply chain even in 2019.

AMOS appears to be moving toward the small satellite and new-space market, using freeform optics and additive manufacturing as differentiators — making them a strong collaboration candidate for any consortium building compact, high-performance space instruments.

How they like to work

AMOS has participated only as a consortium member, never as project coordinator, across both its H2020 projects — a pattern typical of highly specialized technology suppliers who contribute a defined deliverable rather than managing the overall research agenda. Despite only two projects, they have accumulated 41 unique partners across 16 countries, indicating participation in large, multi-partner RIA consortia rather than bilateral or small-team engagements. This suggests they are comfortable operating inside complex international projects where they hold a clear technical mandate (optical system, mirror subsystem) while others handle coordination and integration.

With 41 unique consortium partners across 16 countries from only 2 projects, AMOS plugs into large, geographically diverse research networks — both projects were pan-European RIA consortia drawing partners from across the EU and associated countries. Their network breadth relative to project count is unusually high, reflecting the large consortia typical of research infrastructure and space projects.

What sets them apart

AMOS occupies a narrow but valuable niche: a private SME with both the optical design capability (freeform surfaces, wide-field architectures) and the advanced manufacturing capability (metal additive, low-CTE AlSi) to take a concept from design to hardware in a single organization. Most optics SMEs either design or fabricate — AMOS appears to do both, which reduces integration risk for consortium partners. Their simultaneous presence in solar astronomy infrastructure and commercial Earth observation satellites demonstrates they can transfer optical knowledge across domains, which is increasingly valuable as space instrumentation commercializes.

Highlights from their portfolio

• VIDEO
  AMOS's largest H2020 award (EUR 359,235) and the project most directly linked to commercial space markets — developing freeform mirror-based wide-field video imaging for future small satellite constellations, combining advanced optics with additive manufacturing.
• SOLARNET
  Placed AMOS inside one of Europe's flagship solar physics consortia, providing instrument-level optical expertise to the preparatory network for the 4m European Solar Telescope — high scientific prestige for a small private company.