AEROSPACE & ADVANCED COMPOSITES GMBH

Their core work

AAC is an Austrian SME specializing in advanced composite materials and aerospace structures. They develop and characterize carbon fibre pre-impregnated materials (prepregs) for space and aviation applications, including launcher and satellite components. Their work spans materials engineering — from radiation-tolerant alloys to anti-icing solutions for aircraft — positioning them as a niche materials specialist serving Europe's aerospace supply chain.

What they specialise in

How they've shifted over time

AAC's early H2020 work (2015-2017) centred on general advanced manufacturing and novel alloy development — broader materials science without a sharp aerospace focus. From 2018 onward, they pivoted decisively toward aerospace-specific composites and aerodynamic applications, with SpaceCarbon targeting space-grade carbon fibre prepregs and IMPACT tackling aircraft icing challenges. The trajectory shows a company that refined its positioning from a generalist materials firm into a focused aerospace composites specialist.

AAC is deepening its aerospace niche, moving toward space-grade composites and aircraft performance optimization — expect continued focus on lightweight structural materials for European space and aviation programmes.

How they like to work

AAC operates exclusively as a participant, never coordinating projects — typical for a specialized SME that contributes deep technical expertise rather than managing large consortia. Across 4 projects they have worked with 27 unique partners in 10 countries, indicating they integrate well into diverse European teams. Their one SME Instrument grant (4M) shows they have also pursued independent innovation funding.

AAC has built a broad network of 27 consortium partners across 10 European countries from just 4 projects, suggesting they join medium-to-large consortia. Their partnerships span space, transport, and materials research communities.

What sets them apart

AAC sits at a rare intersection: an SME with hands-on composite manufacturing capability AND aerospace testing expertise (including icing wind tunnel testing). Unlike large aerospace primes, they are small enough to be agile and accessible as a consortium partner, yet technically deep enough to handle space-qualified materials development. For consortium builders, they offer a proven Austrian partner who bridges the gap between materials science labs and aerospace OEM requirements.

Highlights from their portfolio

• SpaceCarbon
  Largest project by funding (EUR 397,750), directly targeting European sovereign capability in space-grade carbon fibre prepregs — a strategically important materials gap.
• IMPACT
  Combines aerodynamic optimization with anti-icing technology for large passenger aircraft, showing AAC's ability to work at the aircraft system level, not just materials.