InSPIRe focused on smart leading edge ice protection for regional aircraft; HTcoils on optimized materials for high-temperature coils — both in Clean Sky 2 / transport contexts.
PEAK TECHNOLOGY GMBH
Austrian SME providing advanced materials and composite solutions for aerospace ice protection, high-temperature components, and multi-material additive manufacturing.
Their core work
Peak Technology is an Austrian SME specializing in advanced materials and composite solutions for aerospace and manufacturing applications. They develop functional material systems — from ice protection surfaces for aircraft to high-temperature coil materials and multi-material additive manufacturing components. Their work bridges the gap between materials science R&D and industrial application, contributing specialized materials expertise to European aerospace and manufacturing supply chains.
What they specialise in
MULTI-FUN project targets multi-material additive manufacturing with nanoparticles for multi-functional performance.
HTcoils specifically addressed screening and development of materials optimized for high-temperature coil applications.
Both InSPIRe (smart leading edge) and MULTI-FUN (multi-functional surfaces) involve engineered surface properties and functional material integration.
How they've shifted over time
Peak Technology entered H2020 in 2018 with a clear aerospace focus — ice protection systems and high-temperature materials for aircraft components, both under Clean Sky 2 Joint Technology Initiatives. By 2020, they expanded into multi-material additive manufacturing with nanoparticle integration, signaling a deliberate move toward digital manufacturing and multi-functional materials. This shift suggests the company is applying its aerospace-grade materials knowledge to the broader advanced manufacturing sector.
Peak Technology is pivoting from pure aerospace materials supply toward additive manufacturing and multi-functional material systems — expect them to pursue projects combining 3D printing with engineered material properties.
How they like to work
Peak Technology operates exclusively as a participant, never leading consortia — consistent with a specialist SME contributing deep materials expertise to larger projects led by research institutions or OEMs. With 26 unique partners across 8 countries from just 3 projects, they work in mid-to-large consortia and are comfortable integrating into diverse international teams. Their role pattern suggests a reliable technical contributor rather than a project initiator.
Despite only 3 projects, Peak Technology has built a network of 26 partners across 8 countries, indicating participation in sizable European consortia. Their network likely centers on Western European aerospace and advanced manufacturing clusters.
What sets them apart
Peak Technology brings aerospace-qualified materials expertise to the table — a rare combination for an SME. Their trajectory from aircraft ice protection to additive manufacturing with nanoparticles shows they can transfer high-performance materials knowledge across application domains. For consortium builders, they offer the responsiveness of a small company with the technical depth typically found in larger materials suppliers.
Highlights from their portfolio
- InSPIReLargest funded project (€299K) addressing a critical aviation safety challenge — ice protection for regional aircraft wings using smart leading edge technology.
- MULTI-FUNMarks a strategic pivot into additive manufacturing, combining nanoparticles and multi-material printing for multi-functional components — a high-growth technology area.