SciTransfer
Organization

SZELIGA GRZEGORZ

Polish aerospace manufacturer specializing in airframe components and engine nacelle structures for next-generation tilt rotor aircraft.

Engineering firmtransportPLNo active H2020 projects
H2020 projects
4
As coordinator
0
Total EC funding
€938K
Unique partners
99
What they do

Their core work

SZEL-TECH is a Polish engineering and manufacturing company specializing in aerospace structural components, particularly airframe structures and engine nacelles for aircraft. They contribute design and manufacturing expertise to major European aviation R&D programmes, including Clean Sky 2 initiatives focused on next-generation tilt rotor aircraft. Their work spans from wind tunnel test components to flight-ready nacelle structures, positioning them as a specialist supplier in the European aerospace supply chain.

Core expertise

What they specialise in

3 projects

Core contributor to two Airframe ITD projects (GAM AIR 2018, GAM-2020-AIR) and the TRAIL nacelle structure project.

Tilt rotor aircraft componentsprimary
2 projects

Participated in HIGHTRIP (tilt rotor wind tunnel testing) and TRAIL (nacelle design for next-generation civil tilt rotor).

Engine nacelle design and manufacturingsecondary
1 project

TRAIL project specifically focused on high-performance, low-cost, low-weight nacelle structures.

1 project

GAM-2020-AIR keywords include eco design, high performance and energy efficiency, indicating a shift toward greener aviation manufacturing.

Evolution & trajectory

How they've shifted over time

Early focus
General airframe structures
Recent focus
Tilt rotor nacelle manufacturing

SZEL-TECH entered H2020 through general airframe work (GAM AIR 2018, starting 2014), contributing to broad Airframe ITD activities without a narrow specialization visible from that project alone. From 2018 onward, they clearly pivoted toward tilt rotor aircraft technology — first through wind tunnel work (HIGHTRIP) and then nacelle structure manufacturing (TRAIL), while their most recent project (GAM-2020-AIR) introduced eco-design and energy efficiency keywords. The trajectory shows a company that moved from general airframe subcontracting toward specialized tilt rotor component manufacturing with growing attention to sustainability.

SZEL-TECH is moving toward lightweight, eco-designed aerospace structures for next-generation vertical-lift aircraft — a niche with growing demand as tilt rotor concepts approach commercial viability.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European15 countries collaborated

SZEL-TECH operates exclusively as a participant, never leading projects, which is consistent with a specialized manufacturing contributor embedded in large aviation consortia. With 99 unique partners across 15 countries from just 4 projects, they work in very large Clean Sky 2-type consortia where dozens of partners each contribute specific components. This profile suggests a reliable, specialized supplier that integrates well into complex multi-partner aerospace programmes.

Despite only 4 projects, SZEL-TECH has worked with 99 unique partners across 15 countries — a consequence of participating in large Clean Sky 2 consortia that bring together the full European aerospace supply chain. Their network reach is broad but driven by programme structure rather than independent relationship-building.

Why partner with them

What sets them apart

SZEL-TECH brings Polish manufacturing capability to high-end European aerospace R&D, a relatively uncommon combination in Clean Sky 2 projects that are often dominated by Western European aerospace giants. Their specific experience with tilt rotor nacelle structures places them in a small group of companies with hands-on expertise in this emerging aircraft category. For consortium builders, they offer competitive manufacturing costs combined with proven participation in demanding aviation programmes.

Notable projects

Highlights from their portfolio

  • TRAIL
    Most technically specific project — designing and manufacturing a high-performance, low-weight nacelle structure for the next-generation civil tilt rotor aircraft.
  • GAM AIR 2018
    Their largest single EC contribution (EUR 375,154) and earliest H2020 project, establishing their foothold in Airframe ITD work.
  • HIGHTRIP
    Wind tunnel testing for high-speed civil tilt rotor — a bridge project connecting their airframe background to specialized tilt rotor expertise.
Cross-sector capabilities
Advanced manufacturing and lightweight structuresWind energy (composite structural experience transferable to turbine components)Defence and security (tilt rotor and rotorcraft dual-use applications)
Analysis note: With only 4 projects and no website or city available, the profile is built primarily from project titles and keywords. The early projects (GAM AIR 2018) lack keywords entirely, making the evolution analysis partially inferred. The company name suggests a sole proprietorship or small firm named after its founder, yet it is classified as non-SME — this may reflect a reclassification or growth over the project period. Confidence is moderate: the aerospace specialization is clear, but the exact scope of their manufacturing capabilities cannot be confirmed from project data alone.