SciTransfer
Organization

INSTITUTO NACIONAL DE TECNICA AEROESPACIAL ESTEBAN TERRADAS

Spain's national aerospace research centre specializing in aircraft emissions measurement, aviation safety, icing protection, and space instrumentation.

National aerospace research centretransportES
H2020 projects
35
As coordinator
4
Total EC funding
€9.1M
Unique partners
379
What they do

Their core work

INTA is Spain's national aerospace research centre, conducting applied research in aeronautics, space systems, and atmospheric science. They specialize in aircraft emissions measurement and certification, aviation safety testing, icing detection, and planetary science instrumentation. Beyond aerospace, they operate atmospheric monitoring infrastructure (ACTRIS network) and develop advanced materials and coatings for energy and transport applications. Their work spans from ground-based testing facilities to flight campaigns, making them a key technical partner for validating aerospace technologies under real-world conditions.

Core expertise

What they specialise in

Aircraft emissions measurement and air qualityprimary
3 projects

Led AVIATOR (largest project, EUR 1M+) on airport air quality regulation and CIDAR on combustion imaging diagnostics; contributed to Future Sky Safety on aviation safety.

Aviation safety and icing protectionprimary
4 projects

Contributed to Future Sky Safety, SENS4ICE (icing detection in supercooled droplets), SOUNDofICE (acoustic de-icing), and PHOBIC2ICE (icephobic coatings).

4 projects

Third-party contributor to the ACTRIS family (ACTRIS-2, ACTRIS PPP, ACTRIS IMP) and ESCAPE, supporting ESFRI atmospheric and astronomy research infrastructures.

Space systems and planetary sciencesecondary
5 projects

Participated in EPN2020-RI (Europlanet), ExoplANETS A, LEA (large antenna development), NEWTON (planetary rock characterisation), and Odysseus II.

Advanced materials and protective coatingssecondary
3 projects

Contributed to RAISELIFE (CSP functional materials), BELENUS (biomass corrosion coatings), and HITCOMP (thermoplastic composites).

UAV and unmanned traffic managementemerging
1 project

Participated in LABYRINTH (2020-2023) on 4D path planning for drone swarms in U-Space, signalling expansion into unmanned aviation.

Evolution & trajectory

How they've shifted over time

Early focus
Aviation safety and space science
Recent focus
Aircraft emissions and environmental impact

In the early H2020 period (2015-2018), INTA focused on aviation safety fundamentals (fire safety, human performance, risk management) and space outreach/education, alongside foundational planetary science infrastructure. From 2019 onward, their work shifted decisively toward aircraft emissions, environmental impact measurement (nvPM, CO2, airport air quality), and research infrastructure integration (ESFRI, EOSC). This evolution reflects a move from broad safety and space participation toward a more focused role as a technical authority on aviation's environmental footprint.

INTA is positioning itself as a European reference centre for measuring and regulating aviation environmental impact, combining emissions diagnostics with air quality modelling — a domain likely to grow as EU green aviation regulations tighten.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European34 countries collaborated

INTA operates predominantly as a specialist partner (27 of 35 projects as participant), contributing deep technical capabilities to large consortia rather than leading them. When they do coordinate — as in AVIATOR and CIDAR — they focus on areas where they have clear technical authority (emissions measurement). With 379 unique partners across 34 countries, they are a well-connected hub in European aerospace research, comfortable working in both large infrastructure networks and focused technology development teams.

INTA has collaborated with 379 unique partners across 34 countries, making them one of the most broadly networked aerospace research centres in southern Europe. Their partnerships span the full range from large ESFRI infrastructure clusters to focused Clean Sky technology projects.

Why partner with them

What sets them apart

INTA sits at the intersection of aerospace engineering and environmental science — a rare combination that lets them address aircraft emissions from both the engine-testing and air-quality-monitoring sides. As a national aerospace agency (not a university), they bring flight test infrastructure, certification expertise, and regulatory credibility that academic partners typically cannot offer. For consortium builders, INTA provides the kind of institutional weight and testing capability that strengthens proposals targeting Clean Aviation, Horizon Europe transport, or EU environmental regulation projects.

Notable projects

Highlights from their portfolio

  • AVIATOR
    INTA's largest H2020 project (EUR 1.05M) as coordinator, directly targeting EU regulation of aviation's impact on local airport air quality — high policy relevance.
  • CIDAR
    Coordinator role in Clean Sky 2, developing combustion imaging diagnostics for aero-engines — demonstrates INTA's core measurement expertise at the engine level.
  • SOUNDofICE
    Significant budget (EUR 633K) in a Marie Curie excellence project combining surface acoustic wave engineering with aeronautics de-icing — an unusual cross-disciplinary application.
Cross-sector capabilities
Space systems and satellite instrumentationAtmospheric monitoring and environmental scienceAdvanced protective coatings and materialsSecurity and explosives detection
Analysis note: 35 projects provide a solid basis for analysis, though 5 projects were not included in the detailed list. INTA's third-party roles in ACTRIS projects (no direct funding) suggest deeper infrastructure involvement than funding figures alone indicate.